Solas Tempus DB - User contributions [en]

Iciron Star System

2026-04-14T16:26:48Z

Cyclops: Corrected formatting

[[File:Star-iciron.png|thumb|Iciron Star]]
{{Star Data
|type=K4V Orange Main Sequence Star
|radius={{Exp|5.57|7}} km
|mass={{Exp|1.45|30}} kg (70.0% of Sol)
|temp=4500 K
|lum={{Exp|1.25|26}} W (30.0% of Sol)
|hab=Between 0.55 and 0.79 AU
|loc=[[:Category:Crimson Horizon Sector]] 6 ly from New Terra Station
}}
This system is anchored by an exceptionally ''unstable'' K4V star, prone to erratic solar flares and violent coronal mass ejections. Containing 17 planets and 35 moons, the entire orbital plane is saturated with ''lethal high radiation'', making the system uninhabitable. No potentially habitable worlds exist within the scorching or irradiated zones of this star's influence.

== Asteroid Belt ==
An asteroid belt orbits roughly between 0.400 AU and 0.443 AU. These rocky fragments are constantly bombarded by the unstable star's output, resulting in extreme surface radiation levels across the entire belt.

== 6532-CX ==
{{Planet Data
|class=I
|distance=1.321 AU
|period=1 year 189 days 5 hours and 53 minutes
|radius=35,367.31 km
|gravity=0.458 g
}}
6532-CX is a massive ice giant composed of rock, ice, methane, and ammonia, featuring a tilted magnetic field. The average internal conditions of this gas giant are an average of 1651.4 kPa (16.3 atmospheres) and -19.3 degrees C, with atmospheric pressure dropping by a third to a half for every 77.6 km from the core. Like all bodies in this system, it is subjected to intense high radiation from the central star.

=== 348 ===
{{Planet Data
|class=D
|distance={{Exp|4.87158|6}} km
|period=2 days 3 hours and 31 minutes
|radius=2,389.8 km
|gravity=0.312 g
}}
A small icy dwarf moon orbiting close to its parent. It consists of frozen hydrocarbons and ice with no atmosphere; the surface has an average temperature of -103.2 degrees C and is heavily affected by high system radiation.

=== 457 ===
{{Planet Data
|class=C
|distance={{Exp|2.63113|7}} km
|period=26 days 22 hours and 34 minutes
|radius=9,467.5 km
|gravity=1.164 g
}}
This dead world moon is a barren sphere of anthracite, basalt, and hydrocarbons. It lacks an atmosphere and remains bathed in high levels of systemic radiation, with a surface temperature of -101.0 degrees C.

== 4264-XI ==
{{Planet Data
|class=C
|distance=1.54 AU
|period=1 year 333 days 3 hours and 8 minutes
|radius=8,592.46 km
|gravity=1.227 g
}}
4264-XI is a class C dead world with a surface composed of anthracite and basalt. With no atmospheric protection, the planet is a high-radiation environment with a frigid average surface temperature of -117.8 degrees C.

== 1364-IS ==
{{Planet Data
|class=I
|distance=2.296 AU
|period=3 years 175 days 22 hours and 8 minutes
|radius=24,899.0 km
|gravity=0.346 g
}}
An ice giant featuring a tilted magnetic field and an atmosphere of rock, ice, methane, and ammonia. The average internal conditions are 7275.3 kPa (71.8 atmospheres) and -75.5 degrees C, with the atmospheric pressure dropping by a third to a half for every 87.4 km from the core. The planet is deeply affected by the system's high radiation.

=== 881 ===
{{Planet Data
|class=C
|distance={{Exp|2.20415|7}} km
|period=20 days 15 hours and 45 minutes
|radius=3,188.47 km
|gravity=0.378 g
}}
A dead moon with a basaltic surface and no atmosphere, maintaining an average temperature of -141.0 degrees C. Its proximity to 1364-IS does not protect it from the high radiation levels emitted by the unstable star.

=== 436 ===
{{Planet Data
|class=C
|distance={{Exp|3.28581|7}} km
|period=37 days 14 hours and 20 minutes
|radius=2,231.71 km
|gravity=0.326 g
}}
This moon is a small, dead world composed of anthracite and basalt. The surface is exposed to the full brunt of the system's high radiation and has an average temperature of -141.0 degrees C.

== 6304-EU ==
{{Planet Data
|class=I
|distance=3.074 AU
|period=5 years 143 days 2 hours and 52 minutes
|radius=34,815.92 km
|gravity=0.279 g
}}
6304-EU is an ice giant composed of rock, ice, methane, and ammonia. Its average internal conditions are 3049.4 kPa (30.1 atmospheres) and -106.3 degrees C, with pressure dropping by a third to a half every 86.1 km. Its vast reach is saturated with high radiation from the primary star.

=== 137 ===
{{Planet Data
|class=C
|distance={{Exp|4.23450|7}} km
|period=55 days and 6 minutes
|radius=3,969.74 km
|gravity=0.493 g
}}
A dead world moon lacking an atmosphere with an average surface temperature of -157.0 degrees C. Its basalt and anthracite surface is permanently scarred by high systemic radiation.

=== 324 ===
{{Planet Data
|class=C
|distance={{Exp|4.70508|7}} km
|period=64 days 10 hours and 10 minutes
|radius=8,902.23 km
|gravity=1.333 g
}}
A large dead moon with significant gravity, it remains airless and frozen with an average temperature of -159.2 degrees C. It is under constant exposure to high radiation levels.

=== 859 ===
{{Planet Data
|class=C
|distance={{Exp|5.15984|7}} km
|period=73 days 23 hours and 39 minutes
|radius=6,343.38 km
|gravity=0.873 g
}}
This dead moon is composed of anthracite, basalt, and hydrocarbons. It has an average surface temperature of -162.8 degrees C and high radiation remains a dominant environmental factor.

== 9707-OK ==
{{Planet Data
|class=C
|distance=3.663 AU
|period=7 years 5 days 5 hours and 45 minutes
|radius=2,781.28 km
|gravity=0.374 g
}}
9707-OK is an airless dead world characterized by anthracite and basalt. The world is a cold, radiation-blasted rock with an average surface temperature of -171.6 degrees C.

== 6297-GF ==
{{Planet Data
|class=C
|distance=3.835 AU
|period=7 years 187 days 15 hours and 47 minutes
|radius=9,915.66 km
|gravity=1.259 g
}}
A massive dead world of anthracite and basalt, 6297-GF possesses no atmosphere and sits at an average surface temperature of -173.1 degrees C. It cannot mitigate the intense high radiation found throughout the system.

=== 657 ===
{{Planet Data
|class=D
|distance={{Exp|2.56048|7}} km
|period=25 days 20 hours and 42 minutes
|radius=1,160.92 km
|gravity=0.14 g
}}
A small icy dwarf moon with a surface temperature of -176.2 degrees C. Its surface of frozen hydrocarbons and ice is continuously bombarded by high systemic radiation.

=== 753 ===
{{Planet Data
|class=D
|distance={{Exp|4.28556|7}} km
|period=56 days and 3 minutes
|radius=2,327.97 km
|gravity=0.304 g
}}
This dwarf planet-class moon is a frozen body of ice and hydrocarbons with an average temperature of -172.3 degrees C. It suffers from high radiation levels due to the instability of the system's star.

=== 851 ===
{{Planet Data
|class=D
|distance={{Exp|4.45208|7}} km
|period=59 days 7 hours and 9 minutes
|radius=1,131.67 km
|gravity=0.148 g
}}
A tiny icy body with very low gravity and an average surface temperature of -176.5 degrees C. Its airless surface is subjected to constant high radiation exposure.

=== 909 ===
{{Planet Data
|class=D
|distance={{Exp|4.54801|7}} km
|period=61 days 5 hours and 23 minutes
|radius=2,823.94 km
|gravity=0.437 g
}}
A dwarf moon composed of frozen hydrocarbons and ice. It is a high-radiation environment with no atmosphere and an average temperature of -169.3 degrees C.

== 8954-FS ==
{{Planet Data
|class=C
|distance=4.854 AU
|period=10 years 256 days 7 hours and 25 minutes
|radius=3,615.41 km
|gravity=0.56 g
}}
8954-FS is a dead world made of basalt and hydrocarbons. It is an airless sphere frozen at -186.9 degrees C and permeated by high radiation.

== 2067-CH ==
{{Planet Data
|class=I
|distance=5.695 AU
|period=13 years 218 days 16 hours and 27 minutes
|radius=17,804.08 km
|gravity=0.269 g
}}
This ice giant consists of rock, ice, methane, and ammonia with a tilted magnetic field. The average internal conditions are 10396.9 kPa (102.6 atmospheres) and -147.2 degrees C, with pressure dropping by a third to a half for every 108.1 km from the core. Its atmosphere is exposed to the system's high radiation.

=== 929 ===
{{Planet Data
|class=D
|distance={{Exp|4.37772|7}} km
|period=57 days 19 hours and 38 minutes
|radius=2,813.35 km
|gravity=0.37 g
}}
An icy dwarf moon with no atmosphere and a surface temperature of -188.5 degrees C. Its frozen surface remains under a constant flux of high radiation.

=== 314 ===
{{Planet Data
|class=D
|distance={{Exp|4.67475|7}} km
|period=63 days 19 hours and 14 minutes
|radius=2,305.42 km
|gravity=0.337 g
}}
A small icy body with an average surface temperature of -193.0 degrees C. The lack of an atmosphere leaves the surface vulnerable to high systemic radiation.

=== 905 ===
{{Planet Data
|class=D
|distance={{Exp|5.38295|7}} km
|period=78 days 20 hours and 44 minutes
|radius=728.27 km
|gravity=0.113 g
}}
A tiny dwarf moon with a surface temperature of -190.3 degrees C. High radiation levels are present across its icy, airless surface.

=== 230 ===
{{Planet Data
|class=D
|distance={{Exp|5.63472|7}} km
|period=84 days 10 hours and 20 minutes
|radius=2,213.85 km
|gravity=0.3 g
}}
This dwarf moon consists of frozen hydrocarbons and ice. It remains a cold, high-radiation world with an average surface temperature of -191.6 degrees C.

=== 156 ===
{{Planet Data
|class=D
|distance={{Exp|5.79196|7}} km
|period=87 days 23 hours and 45 minutes
|radius=2,486.59 km
|gravity=0.297 g
}}
A frozen icy body orbiting 2067-CH with an average temperature of -192.9 degrees C. The moon is a dead world under the constant influence of high radiation.

=== 324 ===
{{Planet Data
|class=D
|distance={{Exp|6.04072|7}} km
|period=93 days 17 hours and 15 minutes
|radius=2,827.0 km
|gravity=0.437 g
}}
An icy dwarf moon with no atmosphere and an average temperature of -190.5 degrees C. The surface is exposed to high levels of radiation from the unstable central star.

== 2763-RS ==
{{Planet Data
|class=C
|distance=6.405 AU
|period=16 years 81 days 3 hours and 30 minutes
|radius=7,980.23 km
|gravity=0.976 g
}}
2763-RS is an airless dead world of basalt and anthracite, completely saturated with high radiation. The surface has an average temperature of -194.0 degrees C.

=== 712 ===
{{Planet Data
|class=D
|distance={{Exp|1.53639|7}} km
|period=12 days and 30 minutes
|radius=2,695.68 km
|gravity=0.404 g
}}
A dwarf icy moon with a surface temperature of -197.9 degrees C. It lacks any protection from high systemic radiation.

=== 441 ===
{{Planet Data
|class=D
|distance={{Exp|2.66752|7}} km
|period=27 days 12 hours and 2 minutes
|radius=1,562.92 km
|gravity=0.205 g
}}
This small icy moon consists of frozen hydrocarbons and ice. It is a sterile world subjected to high radiation levels and an average temperature of -194.4 degrees C.

=== 691 ===
{{Planet Data
|class=D
|distance={{Exp|4.45468|7}} km
|period=59 days 8 hours and 23 minutes
|radius=1,947.28 km
|gravity=0.255 g
}}
A dwarf moon of ice and hydrocarbons with an average surface temperature of -194.3 degrees C. The environment is dominated by high radiation and extreme cold.

=== 251 ===
{{Planet Data
|class=D
|distance={{Exp|5.56205|7}} km
|period=82 days 19 hours and 16 minutes
|radius=929.08 km
|gravity=0.126 g
}}
A tiny, airless icy body with an average surface temperature of -196.2 degrees C. High radiation levels make the surface of this dwarf moon inhospitable.

=== 700 ===
{{Planet Data
|class=D
|distance={{Exp|5.88238|7}} km
|period=90 days 1 hour and 23 minutes
|radius=2,902.97 km
|gravity=0.44 g
}}
A frozen hydrocarbon world orbiting its parent planet with an average temperature of -197.3 degrees C. It remains exposed to the system's high radiation.

=== 331 ===
{{Planet Data
|class=D
|distance={{Exp|6.12718|7}} km
|period=95 days 17 hours and 43 minutes
|radius=66.86 km
|gravity=0.009 g
}}
A minuscule moonlet of ice with an average temperature of -193.4 degrees C. Despite its small size, it is continuously bathed in high radiation.

=== 265 ===
{{Planet Data
|class=D
|distance={{Exp|6.13901|7}} km
|period=96 days and 22 minutes
|radius=1,586.91 km
|gravity=0.179 g
}}
An icy dwarf moon at -195.8 degrees C. The surface is airless and permeated by high radiation.

== 1826-EL ==
{{Planet Data
|class=C
|distance=7.332 AU
|period=19 years 315 days 16 hours and 44 minutes
|radius=3,094.19 km
|gravity=0.406 g
}}
1826-EL is a dead world of anthracite and basalt. It is a frozen, airless rock with an average surface temperature of -202.2 degrees C that receives high levels of radiation from the unstable star.

== 8129-EW ==
{{Planet Data
|class=I
|distance=7.535 AU
|period=20 years 254 days 17 hours and 6 minutes
|radius=48,291.67 km
|gravity=0.18 g
}}
A massive ice giant with a tilted magnetic field and a rock-ice-methane core. Average internal conditions are 1510.8 kPa (14.9 atmospheres) and -159.5 degrees C, with pressure dropping every 109.4 km. Its atmosphere is constantly influenced by high systemic radiation.

== 7611-QL ==
{{Planet Data
|class=C
|distance=8.801 AU
|period=26 years 45 days 18 hours and 20 minutes
|radius=8,949.6 km
|gravity=1.261 g
}}
7611-QL is a large dead world of anthracite and basalt. Its surface has an average temperature of -205.5 degrees C and is subjected to high radiation from the system.

=== 998 ===
{{Planet Data
|class=D
|distance={{Exp|7.39873|7}} km
|period=127 days and 53 minutes
|radius=1,837.02 km
|gravity=0.286 g
}}
An icy dwarf moon with no atmosphere. It experiences high radiation levels and an average temperature of -206.1 degrees C.

=== 399 ===
{{Planet Data
|class=D
|distance={{Exp|9.47138|7}} km
|period=183 days 23 hours and 57 minutes
|radius=1,985.85 km
|gravity=0.272 g
}}
This moon is a frozen body of hydrocarbons and ice with an average temperature of -209.3 degrees C. Its surface is exposed to the system's high radiation.

=== 319 ===
{{Planet Data
|class=D
|distance={{Exp|9.71981|7}} km
|period=191 days 6 hours and 49 minutes
|radius=1,420.8 km
|gravity=0.167 g
}}
A small icy dwarf moon with an average surface temperature of -209.0 degrees C. The lack of atmosphere makes it a high-radiation environment.

=== 102 ===
{{Planet Data
|class=D
|distance={{Exp|9.84827|7}} km
|period=195 days 2 hours and 8 minutes
|radius=831.13 km
|gravity=0.095 g
}}
A tiny icy body with a surface temperature of -208.6 degrees C. High systemic radiation constantly bombards its frozen surface.

=== 929 ===
{{Planet Data
|class=D
|distance={{Exp|9.91560|7}} km
|period=197 days 2 hours and 14 minutes
|radius=245.64 km
|gravity=0.031 g
}}
A minuscule icy moon and radiation-blasted rock frozen at -205.0 degrees C.

== 4714-AI ==
{{Planet Data
|class=C
|distance=9.825 AU
|period=30 years 298 days 9 hours and 55 minutes
|radius=9,738.05 km
|gravity=1.138 g
}}
4714-AI is a massive dead world with a surface of anthracite and basalt. It possesses no atmosphere, is saturated with high radiation, and has an average surface temperature of -211.3 degrees C.

== 3933-RG ==
{{Planet Data
|class=D
|distance=10.622 AU
|period=34 years 234 days 1 hour and 16 minutes
|radius=694.28 km
|gravity=0.087 g
}}
3933-RG is a small dwarf planet of frozen hydrocarbons and ice. Its surface temperature is -212.4 degrees C and it is affected by high systemic radiation.

== 1794-CA ==
{{Planet Data
|class=C
|distance=10.801 AU
|period=35 years 189 days 15 hours and 52 minutes
|radius=9,466.28 km
|gravity=1.063 g
}}
A dead world composed of anthracite and basalt. This airless planet is a high-radiation environment with a surface temperature of -211.7 degrees C.

== 6314-AC ==
{{Planet Data
|class=C
|distance=11.938 AU
|period=41 years 101 days 7 hours and 43 minutes
|radius=6,561.25 km
|gravity=0.871 g
}}
6314-AC is a dead world with a basaltic surface and an average temperature of -215.4 degrees C. It possesses no atmosphere to shield it from the star's high radiation output.

=== 889 ===
{{Planet Data
|class=D
|distance={{Exp|1.08516|7}} km
|period=7 days 3 hours and 15 minutes
|radius=655.8 km
|gravity=0.101 g
}}
A small icy dwarf moon with an average temperature of -214.6 degrees C. High radiation levels are present across its frozen hydrocarbon surface.

=== 580 ===
{{Planet Data
|class=D
|distance={{Exp|8.56006|7}} km
|period=158 days 2 hours and 12 minutes
|radius=1,701.15 km
|gravity=0.231 g
}}
An icy body with an average surface temperature of -215.3 degrees C. It lacks an atmosphere and remains exposed to high systemic radiation.

=== 195 ===
{{Planet Data
|class=D
|distance={{Exp|8.71395|7}} km
|period=162 days 8 hours and 58 minutes
|radius=1,143.96 km
|gravity=0.156 g
}}
This dwarf moon consists of ice and hydrocarbons with an average temperature of -215.0 degrees C. High radiation levels make the surface a harsh environment.

=== 628 ===
{{Planet Data
|class=D
|distance={{Exp|9.32715|7}} km
|period=179 days 19 hours and 28 minutes
|radius=1,278.52 km
|gravity=0.179 g
}}
A small icy body at -215.9 degrees C. It is subjected to constant high radiation from the system.

=== 631 ===
{{Planet Data
|class=D
|distance={{Exp|9.44742|7}} km
|period=183 days 7 hours and 12 minutes
|radius=1,117.62 km
|gravity=0.16 g
}}
An icy dwarf moon with no atmosphere and an average temperature of -214.8 degrees C. It remains a cold, high-radiation world.

=== 604 ===
{{Planet Data
|class=D
|distance={{Exp|9.61142|7}} km
|period=188 days 2 hours and 15 minutes
|radius=1,285.26 km
|gravity=0.192 g
}}
The outermost moon of 6314-AC, composed of frozen hydrocarbons at -218.1 degrees C. It is heavily irradiated by the unstable star.

== 6410-UO ==
{{Planet Data
|class=C
|distance=12.701 AU
|period=45 years 108 days 5 hours and 14 minutes
|radius=1,633.84 km
|gravity=0.21 g
}}
6410-UO is the furthest planet in the system, a dead world of anthracite and basalt with a surface temperature of -219.1 degrees C. Despite its extreme distance, it is still permeated by high radiation from the system's unstable sun.

[[Category:Star Systems]]
[[Category:Crimson Horizon Sector]]

Iciron Star System

2026-04-14T16:26:27Z

Cyclops: Corrected link

{{Star Data
|type=K4V Orange Main Sequence Star
|radius={{Exp|5.57|7}} km
|mass={{Exp|1.45|30}} kg (70.0% of Sol)
|temp=4500 K
|lum={{Exp|1.25|26}} W (30.0% of Sol)
|hab=Between 0.55 and 0.79 AU
|loc=[[:Category:Crimson Horizon Sector]] 6 ly from New Terra Station
}}
[[File:Star-iciron.png|thumb|Iciron Star]]
This system is anchored by an exceptionally ''unstable'' K4V star, prone to erratic solar flares and violent coronal mass ejections. Containing 17 planets and 35 moons, the entire orbital plane is saturated with ''lethal high radiation'', making the system uninhabitable. No potentially habitable worlds exist within the scorching or irradiated zones of this star's influence.

== Asteroid Belt ==
An asteroid belt orbits roughly between 0.400 AU and 0.443 AU. These rocky fragments are constantly bombarded by the unstable star's output, resulting in extreme surface radiation levels across the entire belt.

== 6532-CX ==
{{Planet Data
|class=I
|distance=1.321 AU
|period=1 year 189 days 5 hours and 53 minutes
|radius=35,367.31 km
|gravity=0.458 g
}}
6532-CX is a massive ice giant composed of rock, ice, methane, and ammonia, featuring a tilted magnetic field. The average internal conditions of this gas giant are an average of 1651.4 kPa (16.3 atmospheres) and -19.3 degrees C, with atmospheric pressure dropping by a third to a half for every 77.6 km from the core. Like all bodies in this system, it is subjected to intense high radiation from the central star.

=== 348 ===
{{Planet Data
|class=D
|distance={{Exp|4.87158|6}} km
|period=2 days 3 hours and 31 minutes
|radius=2,389.8 km
|gravity=0.312 g
}}
A small icy dwarf moon orbiting close to its parent. It consists of frozen hydrocarbons and ice with no atmosphere; the surface has an average temperature of -103.2 degrees C and is heavily affected by high system radiation.

=== 457 ===
{{Planet Data
|class=C
|distance={{Exp|2.63113|7}} km
|period=26 days 22 hours and 34 minutes
|radius=9,467.5 km
|gravity=1.164 g
}}
This dead world moon is a barren sphere of anthracite, basalt, and hydrocarbons. It lacks an atmosphere and remains bathed in high levels of systemic radiation, with a surface temperature of -101.0 degrees C.

== 4264-XI ==
{{Planet Data
|class=C
|distance=1.54 AU
|period=1 year 333 days 3 hours and 8 minutes
|radius=8,592.46 km
|gravity=1.227 g
}}
4264-XI is a class C dead world with a surface composed of anthracite and basalt. With no atmospheric protection, the planet is a high-radiation environment with a frigid average surface temperature of -117.8 degrees C.

== 1364-IS ==
{{Planet Data
|class=I
|distance=2.296 AU
|period=3 years 175 days 22 hours and 8 minutes
|radius=24,899.0 km
|gravity=0.346 g
}}
An ice giant featuring a tilted magnetic field and an atmosphere of rock, ice, methane, and ammonia. The average internal conditions are 7275.3 kPa (71.8 atmospheres) and -75.5 degrees C, with the atmospheric pressure dropping by a third to a half for every 87.4 km from the core. The planet is deeply affected by the system's high radiation.

=== 881 ===
{{Planet Data
|class=C
|distance={{Exp|2.20415|7}} km
|period=20 days 15 hours and 45 minutes
|radius=3,188.47 km
|gravity=0.378 g
}}
A dead moon with a basaltic surface and no atmosphere, maintaining an average temperature of -141.0 degrees C. Its proximity to 1364-IS does not protect it from the high radiation levels emitted by the unstable star.

=== 436 ===
{{Planet Data
|class=C
|distance={{Exp|3.28581|7}} km
|period=37 days 14 hours and 20 minutes
|radius=2,231.71 km
|gravity=0.326 g
}}
This moon is a small, dead world composed of anthracite and basalt. The surface is exposed to the full brunt of the system's high radiation and has an average temperature of -141.0 degrees C.

== 6304-EU ==
{{Planet Data
|class=I
|distance=3.074 AU
|period=5 years 143 days 2 hours and 52 minutes
|radius=34,815.92 km
|gravity=0.279 g
}}
6304-EU is an ice giant composed of rock, ice, methane, and ammonia. Its average internal conditions are 3049.4 kPa (30.1 atmospheres) and -106.3 degrees C, with pressure dropping by a third to a half every 86.1 km. Its vast reach is saturated with high radiation from the primary star.

=== 137 ===
{{Planet Data
|class=C
|distance={{Exp|4.23450|7}} km
|period=55 days and 6 minutes
|radius=3,969.74 km
|gravity=0.493 g
}}
A dead world moon lacking an atmosphere with an average surface temperature of -157.0 degrees C. Its basalt and anthracite surface is permanently scarred by high systemic radiation.

=== 324 ===
{{Planet Data
|class=C
|distance={{Exp|4.70508|7}} km
|period=64 days 10 hours and 10 minutes
|radius=8,902.23 km
|gravity=1.333 g
}}
A large dead moon with significant gravity, it remains airless and frozen with an average temperature of -159.2 degrees C. It is under constant exposure to high radiation levels.

=== 859 ===
{{Planet Data
|class=C
|distance={{Exp|5.15984|7}} km
|period=73 days 23 hours and 39 minutes
|radius=6,343.38 km
|gravity=0.873 g
}}
This dead moon is composed of anthracite, basalt, and hydrocarbons. It has an average surface temperature of -162.8 degrees C and high radiation remains a dominant environmental factor.

== 9707-OK ==
{{Planet Data
|class=C
|distance=3.663 AU
|period=7 years 5 days 5 hours and 45 minutes
|radius=2,781.28 km
|gravity=0.374 g
}}
9707-OK is an airless dead world characterized by anthracite and basalt. The world is a cold, radiation-blasted rock with an average surface temperature of -171.6 degrees C.

== 6297-GF ==
{{Planet Data
|class=C
|distance=3.835 AU
|period=7 years 187 days 15 hours and 47 minutes
|radius=9,915.66 km
|gravity=1.259 g
}}
A massive dead world of anthracite and basalt, 6297-GF possesses no atmosphere and sits at an average surface temperature of -173.1 degrees C. It cannot mitigate the intense high radiation found throughout the system.

=== 657 ===
{{Planet Data
|class=D
|distance={{Exp|2.56048|7}} km
|period=25 days 20 hours and 42 minutes
|radius=1,160.92 km
|gravity=0.14 g
}}
A small icy dwarf moon with a surface temperature of -176.2 degrees C. Its surface of frozen hydrocarbons and ice is continuously bombarded by high systemic radiation.

=== 753 ===
{{Planet Data
|class=D
|distance={{Exp|4.28556|7}} km
|period=56 days and 3 minutes
|radius=2,327.97 km
|gravity=0.304 g
}}
This dwarf planet-class moon is a frozen body of ice and hydrocarbons with an average temperature of -172.3 degrees C. It suffers from high radiation levels due to the instability of the system's star.

=== 851 ===
{{Planet Data
|class=D
|distance={{Exp|4.45208|7}} km
|period=59 days 7 hours and 9 minutes
|radius=1,131.67 km
|gravity=0.148 g
}}
A tiny icy body with very low gravity and an average surface temperature of -176.5 degrees C. Its airless surface is subjected to constant high radiation exposure.

=== 909 ===
{{Planet Data
|class=D
|distance={{Exp|4.54801|7}} km
|period=61 days 5 hours and 23 minutes
|radius=2,823.94 km
|gravity=0.437 g
}}
A dwarf moon composed of frozen hydrocarbons and ice. It is a high-radiation environment with no atmosphere and an average temperature of -169.3 degrees C.

== 8954-FS ==
{{Planet Data
|class=C
|distance=4.854 AU
|period=10 years 256 days 7 hours and 25 minutes
|radius=3,615.41 km
|gravity=0.56 g
}}
8954-FS is a dead world made of basalt and hydrocarbons. It is an airless sphere frozen at -186.9 degrees C and permeated by high radiation.

== 2067-CH ==
{{Planet Data
|class=I
|distance=5.695 AU
|period=13 years 218 days 16 hours and 27 minutes
|radius=17,804.08 km
|gravity=0.269 g
}}
This ice giant consists of rock, ice, methane, and ammonia with a tilted magnetic field. The average internal conditions are 10396.9 kPa (102.6 atmospheres) and -147.2 degrees C, with pressure dropping by a third to a half for every 108.1 km from the core. Its atmosphere is exposed to the system's high radiation.

=== 929 ===
{{Planet Data
|class=D
|distance={{Exp|4.37772|7}} km
|period=57 days 19 hours and 38 minutes
|radius=2,813.35 km
|gravity=0.37 g
}}
An icy dwarf moon with no atmosphere and a surface temperature of -188.5 degrees C. Its frozen surface remains under a constant flux of high radiation.

=== 314 ===
{{Planet Data
|class=D
|distance={{Exp|4.67475|7}} km
|period=63 days 19 hours and 14 minutes
|radius=2,305.42 km
|gravity=0.337 g
}}
A small icy body with an average surface temperature of -193.0 degrees C. The lack of an atmosphere leaves the surface vulnerable to high systemic radiation.

=== 905 ===
{{Planet Data
|class=D
|distance={{Exp|5.38295|7}} km
|period=78 days 20 hours and 44 minutes
|radius=728.27 km
|gravity=0.113 g
}}
A tiny dwarf moon with a surface temperature of -190.3 degrees C. High radiation levels are present across its icy, airless surface.

=== 230 ===
{{Planet Data
|class=D
|distance={{Exp|5.63472|7}} km
|period=84 days 10 hours and 20 minutes
|radius=2,213.85 km
|gravity=0.3 g
}}
This dwarf moon consists of frozen hydrocarbons and ice. It remains a cold, high-radiation world with an average surface temperature of -191.6 degrees C.

=== 156 ===
{{Planet Data
|class=D
|distance={{Exp|5.79196|7}} km
|period=87 days 23 hours and 45 minutes
|radius=2,486.59 km
|gravity=0.297 g
}}
A frozen icy body orbiting 2067-CH with an average temperature of -192.9 degrees C. The moon is a dead world under the constant influence of high radiation.

=== 324 ===
{{Planet Data
|class=D
|distance={{Exp|6.04072|7}} km
|period=93 days 17 hours and 15 minutes
|radius=2,827.0 km
|gravity=0.437 g
}}
An icy dwarf moon with no atmosphere and an average temperature of -190.5 degrees C. The surface is exposed to high levels of radiation from the unstable central star.

== 2763-RS ==
{{Planet Data
|class=C
|distance=6.405 AU
|period=16 years 81 days 3 hours and 30 minutes
|radius=7,980.23 km
|gravity=0.976 g
}}
2763-RS is an airless dead world of basalt and anthracite, completely saturated with high radiation. The surface has an average temperature of -194.0 degrees C.

=== 712 ===
{{Planet Data
|class=D
|distance={{Exp|1.53639|7}} km
|period=12 days and 30 minutes
|radius=2,695.68 km
|gravity=0.404 g
}}
A dwarf icy moon with a surface temperature of -197.9 degrees C. It lacks any protection from high systemic radiation.

=== 441 ===
{{Planet Data
|class=D
|distance={{Exp|2.66752|7}} km
|period=27 days 12 hours and 2 minutes
|radius=1,562.92 km
|gravity=0.205 g
}}
This small icy moon consists of frozen hydrocarbons and ice. It is a sterile world subjected to high radiation levels and an average temperature of -194.4 degrees C.

=== 691 ===
{{Planet Data
|class=D
|distance={{Exp|4.45468|7}} km
|period=59 days 8 hours and 23 minutes
|radius=1,947.28 km
|gravity=0.255 g
}}
A dwarf moon of ice and hydrocarbons with an average surface temperature of -194.3 degrees C. The environment is dominated by high radiation and extreme cold.

=== 251 ===
{{Planet Data
|class=D
|distance={{Exp|5.56205|7}} km
|period=82 days 19 hours and 16 minutes
|radius=929.08 km
|gravity=0.126 g
}}
A tiny, airless icy body with an average surface temperature of -196.2 degrees C. High radiation levels make the surface of this dwarf moon inhospitable.

=== 700 ===
{{Planet Data
|class=D
|distance={{Exp|5.88238|7}} km
|period=90 days 1 hour and 23 minutes
|radius=2,902.97 km
|gravity=0.44 g
}}
A frozen hydrocarbon world orbiting its parent planet with an average temperature of -197.3 degrees C. It remains exposed to the system's high radiation.

=== 331 ===
{{Planet Data
|class=D
|distance={{Exp|6.12718|7}} km
|period=95 days 17 hours and 43 minutes
|radius=66.86 km
|gravity=0.009 g
}}
A minuscule moonlet of ice with an average temperature of -193.4 degrees C. Despite its small size, it is continuously bathed in high radiation.

=== 265 ===
{{Planet Data
|class=D
|distance={{Exp|6.13901|7}} km
|period=96 days and 22 minutes
|radius=1,586.91 km
|gravity=0.179 g
}}
An icy dwarf moon at -195.8 degrees C. The surface is airless and permeated by high radiation.

== 1826-EL ==
{{Planet Data
|class=C
|distance=7.332 AU
|period=19 years 315 days 16 hours and 44 minutes
|radius=3,094.19 km
|gravity=0.406 g
}}
1826-EL is a dead world of anthracite and basalt. It is a frozen, airless rock with an average surface temperature of -202.2 degrees C that receives high levels of radiation from the unstable star.

== 8129-EW ==
{{Planet Data
|class=I
|distance=7.535 AU
|period=20 years 254 days 17 hours and 6 minutes
|radius=48,291.67 km
|gravity=0.18 g
}}
A massive ice giant with a tilted magnetic field and a rock-ice-methane core. Average internal conditions are 1510.8 kPa (14.9 atmospheres) and -159.5 degrees C, with pressure dropping every 109.4 km. Its atmosphere is constantly influenced by high systemic radiation.

== 7611-QL ==
{{Planet Data
|class=C
|distance=8.801 AU
|period=26 years 45 days 18 hours and 20 minutes
|radius=8,949.6 km
|gravity=1.261 g
}}
7611-QL is a large dead world of anthracite and basalt. Its surface has an average temperature of -205.5 degrees C and is subjected to high radiation from the system.

=== 998 ===
{{Planet Data
|class=D
|distance={{Exp|7.39873|7}} km
|period=127 days and 53 minutes
|radius=1,837.02 km
|gravity=0.286 g
}}
An icy dwarf moon with no atmosphere. It experiences high radiation levels and an average temperature of -206.1 degrees C.

=== 399 ===
{{Planet Data
|class=D
|distance={{Exp|9.47138|7}} km
|period=183 days 23 hours and 57 minutes
|radius=1,985.85 km
|gravity=0.272 g
}}
This moon is a frozen body of hydrocarbons and ice with an average temperature of -209.3 degrees C. Its surface is exposed to the system's high radiation.

=== 319 ===
{{Planet Data
|class=D
|distance={{Exp|9.71981|7}} km
|period=191 days 6 hours and 49 minutes
|radius=1,420.8 km
|gravity=0.167 g
}}
A small icy dwarf moon with an average surface temperature of -209.0 degrees C. The lack of atmosphere makes it a high-radiation environment.

=== 102 ===
{{Planet Data
|class=D
|distance={{Exp|9.84827|7}} km
|period=195 days 2 hours and 8 minutes
|radius=831.13 km
|gravity=0.095 g
}}
A tiny icy body with a surface temperature of -208.6 degrees C. High systemic radiation constantly bombards its frozen surface.

=== 929 ===
{{Planet Data
|class=D
|distance={{Exp|9.91560|7}} km
|period=197 days 2 hours and 14 minutes
|radius=245.64 km
|gravity=0.031 g
}}
A minuscule icy moon and radiation-blasted rock frozen at -205.0 degrees C.

== 4714-AI ==
{{Planet Data
|class=C
|distance=9.825 AU
|period=30 years 298 days 9 hours and 55 minutes
|radius=9,738.05 km
|gravity=1.138 g
}}
4714-AI is a massive dead world with a surface of anthracite and basalt. It possesses no atmosphere, is saturated with high radiation, and has an average surface temperature of -211.3 degrees C.

== 3933-RG ==
{{Planet Data
|class=D
|distance=10.622 AU
|period=34 years 234 days 1 hour and 16 minutes
|radius=694.28 km
|gravity=0.087 g
}}
3933-RG is a small dwarf planet of frozen hydrocarbons and ice. Its surface temperature is -212.4 degrees C and it is affected by high systemic radiation.

== 1794-CA ==
{{Planet Data
|class=C
|distance=10.801 AU
|period=35 years 189 days 15 hours and 52 minutes
|radius=9,466.28 km
|gravity=1.063 g
}}
A dead world composed of anthracite and basalt. This airless planet is a high-radiation environment with a surface temperature of -211.7 degrees C.

== 6314-AC ==
{{Planet Data
|class=C
|distance=11.938 AU
|period=41 years 101 days 7 hours and 43 minutes
|radius=6,561.25 km
|gravity=0.871 g
}}
6314-AC is a dead world with a basaltic surface and an average temperature of -215.4 degrees C. It possesses no atmosphere to shield it from the star's high radiation output.

=== 889 ===
{{Planet Data
|class=D
|distance={{Exp|1.08516|7}} km
|period=7 days 3 hours and 15 minutes
|radius=655.8 km
|gravity=0.101 g
}}
A small icy dwarf moon with an average temperature of -214.6 degrees C. High radiation levels are present across its frozen hydrocarbon surface.

=== 580 ===
{{Planet Data
|class=D
|distance={{Exp|8.56006|7}} km
|period=158 days 2 hours and 12 minutes
|radius=1,701.15 km
|gravity=0.231 g
}}
An icy body with an average surface temperature of -215.3 degrees C. It lacks an atmosphere and remains exposed to high systemic radiation.

=== 195 ===
{{Planet Data
|class=D
|distance={{Exp|8.71395|7}} km
|period=162 days 8 hours and 58 minutes
|radius=1,143.96 km
|gravity=0.156 g
}}
This dwarf moon consists of ice and hydrocarbons with an average temperature of -215.0 degrees C. High radiation levels make the surface a harsh environment.

=== 628 ===
{{Planet Data
|class=D
|distance={{Exp|9.32715|7}} km
|period=179 days 19 hours and 28 minutes
|radius=1,278.52 km
|gravity=0.179 g
}}
A small icy body at -215.9 degrees C. It is subjected to constant high radiation from the system.

=== 631 ===
{{Planet Data
|class=D
|distance={{Exp|9.44742|7}} km
|period=183 days 7 hours and 12 minutes
|radius=1,117.62 km
|gravity=0.16 g
}}
An icy dwarf moon with no atmosphere and an average temperature of -214.8 degrees C. It remains a cold, high-radiation world.

=== 604 ===
{{Planet Data
|class=D
|distance={{Exp|9.61142|7}} km
|period=188 days 2 hours and 15 minutes
|radius=1,285.26 km
|gravity=0.192 g
}}
The outermost moon of 6314-AC, composed of frozen hydrocarbons at -218.1 degrees C. It is heavily irradiated by the unstable star.

== 6410-UO ==
{{Planet Data
|class=C
|distance=12.701 AU
|period=45 years 108 days 5 hours and 14 minutes
|radius=1,633.84 km
|gravity=0.21 g
}}
6410-UO is the furthest planet in the system, a dead world of anthracite and basalt with a surface temperature of -219.1 degrees C. Despite its extreme distance, it is still permeated by high radiation from the system's unstable sun.

[[Category:Star Systems]]
[[Category:Crimson Horizon Sector]]

Iciron Star System

2026-04-14T16:24:47Z

Cyclops: Created page with "{{Star Data |type=K4V Orange Main Sequence Star |radius={{Exp|5.57|7}} km |mass={{Exp|1.45|30}} kg (70.0% of Sol) |temp=4500 K |lum={{Exp|1.25|26}} W (30.0% of Sol) |hab=Between 0.55 and 0.79 AU |loc=:Category:Crimson Horizon Star System 6 ly from New Terra Station }} Iciron Star This system is anchored by an exceptionally ''unstable'' K4V star, prone to erratic solar flares and violent coronal mass ejections. Containing 17 planets a..."

{{Star Data
|type=K4V Orange Main Sequence Star
|radius={{Exp|5.57|7}} km
|mass={{Exp|1.45|30}} kg (70.0% of Sol)
|temp=4500 K
|lum={{Exp|1.25|26}} W (30.0% of Sol)
|hab=Between 0.55 and 0.79 AU
|loc=[[:Category:Crimson Horizon Star System]] 6 ly from New Terra Station
}}
[[File:Star-iciron.png|thumb|Iciron Star]]
This system is anchored by an exceptionally ''unstable'' K4V star, prone to erratic solar flares and violent coronal mass ejections. Containing 17 planets and 35 moons, the entire orbital plane is saturated with ''lethal high radiation'', making the system uninhabitable. No potentially habitable worlds exist within the scorching or irradiated zones of this star's influence.

== Asteroid Belt ==
An asteroid belt orbits roughly between 0.400 AU and 0.443 AU. These rocky fragments are constantly bombarded by the unstable star's output, resulting in extreme surface radiation levels across the entire belt.

== 6532-CX ==
{{Planet Data
|class=I
|distance=1.321 AU
|period=1 year 189 days 5 hours and 53 minutes
|radius=35,367.31 km
|gravity=0.458 g
}}
6532-CX is a massive ice giant composed of rock, ice, methane, and ammonia, featuring a tilted magnetic field. The average internal conditions of this gas giant are an average of 1651.4 kPa (16.3 atmospheres) and -19.3 degrees C, with atmospheric pressure dropping by a third to a half for every 77.6 km from the core. Like all bodies in this system, it is subjected to intense high radiation from the central star.

=== 348 ===
{{Planet Data
|class=D
|distance={{Exp|4.87158|6}} km
|period=2 days 3 hours and 31 minutes
|radius=2,389.8 km
|gravity=0.312 g
}}
A small icy dwarf moon orbiting close to its parent. It consists of frozen hydrocarbons and ice with no atmosphere; the surface has an average temperature of -103.2 degrees C and is heavily affected by high system radiation.

=== 457 ===
{{Planet Data
|class=C
|distance={{Exp|2.63113|7}} km
|period=26 days 22 hours and 34 minutes
|radius=9,467.5 km
|gravity=1.164 g
}}
This dead world moon is a barren sphere of anthracite, basalt, and hydrocarbons. It lacks an atmosphere and remains bathed in high levels of systemic radiation, with a surface temperature of -101.0 degrees C.

== 4264-XI ==
{{Planet Data
|class=C
|distance=1.54 AU
|period=1 year 333 days 3 hours and 8 minutes
|radius=8,592.46 km
|gravity=1.227 g
}}
4264-XI is a class C dead world with a surface composed of anthracite and basalt. With no atmospheric protection, the planet is a high-radiation environment with a frigid average surface temperature of -117.8 degrees C.

== 1364-IS ==
{{Planet Data
|class=I
|distance=2.296 AU
|period=3 years 175 days 22 hours and 8 minutes
|radius=24,899.0 km
|gravity=0.346 g
}}
An ice giant featuring a tilted magnetic field and an atmosphere of rock, ice, methane, and ammonia. The average internal conditions are 7275.3 kPa (71.8 atmospheres) and -75.5 degrees C, with the atmospheric pressure dropping by a third to a half for every 87.4 km from the core. The planet is deeply affected by the system's high radiation.

=== 881 ===
{{Planet Data
|class=C
|distance={{Exp|2.20415|7}} km
|period=20 days 15 hours and 45 minutes
|radius=3,188.47 km
|gravity=0.378 g
}}
A dead moon with a basaltic surface and no atmosphere, maintaining an average temperature of -141.0 degrees C. Its proximity to 1364-IS does not protect it from the high radiation levels emitted by the unstable star.

=== 436 ===
{{Planet Data
|class=C
|distance={{Exp|3.28581|7}} km
|period=37 days 14 hours and 20 minutes
|radius=2,231.71 km
|gravity=0.326 g
}}
This moon is a small, dead world composed of anthracite and basalt. The surface is exposed to the full brunt of the system's high radiation and has an average temperature of -141.0 degrees C.

== 6304-EU ==
{{Planet Data
|class=I
|distance=3.074 AU
|period=5 years 143 days 2 hours and 52 minutes
|radius=34,815.92 km
|gravity=0.279 g
}}
6304-EU is an ice giant composed of rock, ice, methane, and ammonia. Its average internal conditions are 3049.4 kPa (30.1 atmospheres) and -106.3 degrees C, with pressure dropping by a third to a half every 86.1 km. Its vast reach is saturated with high radiation from the primary star.

=== 137 ===
{{Planet Data
|class=C
|distance={{Exp|4.23450|7}} km
|period=55 days and 6 minutes
|radius=3,969.74 km
|gravity=0.493 g
}}
A dead world moon lacking an atmosphere with an average surface temperature of -157.0 degrees C. Its basalt and anthracite surface is permanently scarred by high systemic radiation.

=== 324 ===
{{Planet Data
|class=C
|distance={{Exp|4.70508|7}} km
|period=64 days 10 hours and 10 minutes
|radius=8,902.23 km
|gravity=1.333 g
}}
A large dead moon with significant gravity, it remains airless and frozen with an average temperature of -159.2 degrees C. It is under constant exposure to high radiation levels.

=== 859 ===
{{Planet Data
|class=C
|distance={{Exp|5.15984|7}} km
|period=73 days 23 hours and 39 minutes
|radius=6,343.38 km
|gravity=0.873 g
}}
This dead moon is composed of anthracite, basalt, and hydrocarbons. It has an average surface temperature of -162.8 degrees C and high radiation remains a dominant environmental factor.

== 9707-OK ==
{{Planet Data
|class=C
|distance=3.663 AU
|period=7 years 5 days 5 hours and 45 minutes
|radius=2,781.28 km
|gravity=0.374 g
}}
9707-OK is an airless dead world characterized by anthracite and basalt. The world is a cold, radiation-blasted rock with an average surface temperature of -171.6 degrees C.

== 6297-GF ==
{{Planet Data
|class=C
|distance=3.835 AU
|period=7 years 187 days 15 hours and 47 minutes
|radius=9,915.66 km
|gravity=1.259 g
}}
A massive dead world of anthracite and basalt, 6297-GF possesses no atmosphere and sits at an average surface temperature of -173.1 degrees C. It cannot mitigate the intense high radiation found throughout the system.

=== 657 ===
{{Planet Data
|class=D
|distance={{Exp|2.56048|7}} km
|period=25 days 20 hours and 42 minutes
|radius=1,160.92 km
|gravity=0.14 g
}}
A small icy dwarf moon with a surface temperature of -176.2 degrees C. Its surface of frozen hydrocarbons and ice is continuously bombarded by high systemic radiation.

=== 753 ===
{{Planet Data
|class=D
|distance={{Exp|4.28556|7}} km
|period=56 days and 3 minutes
|radius=2,327.97 km
|gravity=0.304 g
}}
This dwarf planet-class moon is a frozen body of ice and hydrocarbons with an average temperature of -172.3 degrees C. It suffers from high radiation levels due to the instability of the system's star.

=== 851 ===
{{Planet Data
|class=D
|distance={{Exp|4.45208|7}} km
|period=59 days 7 hours and 9 minutes
|radius=1,131.67 km
|gravity=0.148 g
}}
A tiny icy body with very low gravity and an average surface temperature of -176.5 degrees C. Its airless surface is subjected to constant high radiation exposure.

=== 909 ===
{{Planet Data
|class=D
|distance={{Exp|4.54801|7}} km
|period=61 days 5 hours and 23 minutes
|radius=2,823.94 km
|gravity=0.437 g
}}
A dwarf moon composed of frozen hydrocarbons and ice. It is a high-radiation environment with no atmosphere and an average temperature of -169.3 degrees C.

== 8954-FS ==
{{Planet Data
|class=C
|distance=4.854 AU
|period=10 years 256 days 7 hours and 25 minutes
|radius=3,615.41 km
|gravity=0.56 g
}}
8954-FS is a dead world made of basalt and hydrocarbons. It is an airless sphere frozen at -186.9 degrees C and permeated by high radiation.

== 2067-CH ==
{{Planet Data
|class=I
|distance=5.695 AU
|period=13 years 218 days 16 hours and 27 minutes
|radius=17,804.08 km
|gravity=0.269 g
}}
This ice giant consists of rock, ice, methane, and ammonia with a tilted magnetic field. The average internal conditions are 10396.9 kPa (102.6 atmospheres) and -147.2 degrees C, with pressure dropping by a third to a half for every 108.1 km from the core. Its atmosphere is exposed to the system's high radiation.

=== 929 ===
{{Planet Data
|class=D
|distance={{Exp|4.37772|7}} km
|period=57 days 19 hours and 38 minutes
|radius=2,813.35 km
|gravity=0.37 g
}}
An icy dwarf moon with no atmosphere and a surface temperature of -188.5 degrees C. Its frozen surface remains under a constant flux of high radiation.

=== 314 ===
{{Planet Data
|class=D
|distance={{Exp|4.67475|7}} km
|period=63 days 19 hours and 14 minutes
|radius=2,305.42 km
|gravity=0.337 g
}}
A small icy body with an average surface temperature of -193.0 degrees C. The lack of an atmosphere leaves the surface vulnerable to high systemic radiation.

=== 905 ===
{{Planet Data
|class=D
|distance={{Exp|5.38295|7}} km
|period=78 days 20 hours and 44 minutes
|radius=728.27 km
|gravity=0.113 g
}}
A tiny dwarf moon with a surface temperature of -190.3 degrees C. High radiation levels are present across its icy, airless surface.

=== 230 ===
{{Planet Data
|class=D
|distance={{Exp|5.63472|7}} km
|period=84 days 10 hours and 20 minutes
|radius=2,213.85 km
|gravity=0.3 g
}}
This dwarf moon consists of frozen hydrocarbons and ice. It remains a cold, high-radiation world with an average surface temperature of -191.6 degrees C.

=== 156 ===
{{Planet Data
|class=D
|distance={{Exp|5.79196|7}} km
|period=87 days 23 hours and 45 minutes
|radius=2,486.59 km
|gravity=0.297 g
}}
A frozen icy body orbiting 2067-CH with an average temperature of -192.9 degrees C. The moon is a dead world under the constant influence of high radiation.

=== 324 ===
{{Planet Data
|class=D
|distance={{Exp|6.04072|7}} km
|period=93 days 17 hours and 15 minutes
|radius=2,827.0 km
|gravity=0.437 g
}}
An icy dwarf moon with no atmosphere and an average temperature of -190.5 degrees C. The surface is exposed to high levels of radiation from the unstable central star.

== 2763-RS ==
{{Planet Data
|class=C
|distance=6.405 AU
|period=16 years 81 days 3 hours and 30 minutes
|radius=7,980.23 km
|gravity=0.976 g
}}
2763-RS is an airless dead world of basalt and anthracite, completely saturated with high radiation. The surface has an average temperature of -194.0 degrees C.

=== 712 ===
{{Planet Data
|class=D
|distance={{Exp|1.53639|7}} km
|period=12 days and 30 minutes
|radius=2,695.68 km
|gravity=0.404 g
}}
A dwarf icy moon with a surface temperature of -197.9 degrees C. It lacks any protection from high systemic radiation.

=== 441 ===
{{Planet Data
|class=D
|distance={{Exp|2.66752|7}} km
|period=27 days 12 hours and 2 minutes
|radius=1,562.92 km
|gravity=0.205 g
}}
This small icy moon consists of frozen hydrocarbons and ice. It is a sterile world subjected to high radiation levels and an average temperature of -194.4 degrees C.

=== 691 ===
{{Planet Data
|class=D
|distance={{Exp|4.45468|7}} km
|period=59 days 8 hours and 23 minutes
|radius=1,947.28 km
|gravity=0.255 g
}}
A dwarf moon of ice and hydrocarbons with an average surface temperature of -194.3 degrees C. The environment is dominated by high radiation and extreme cold.

=== 251 ===
{{Planet Data
|class=D
|distance={{Exp|5.56205|7}} km
|period=82 days 19 hours and 16 minutes
|radius=929.08 km
|gravity=0.126 g
}}
A tiny, airless icy body with an average surface temperature of -196.2 degrees C. High radiation levels make the surface of this dwarf moon inhospitable.

=== 700 ===
{{Planet Data
|class=D
|distance={{Exp|5.88238|7}} km
|period=90 days 1 hour and 23 minutes
|radius=2,902.97 km
|gravity=0.44 g
}}
A frozen hydrocarbon world orbiting its parent planet with an average temperature of -197.3 degrees C. It remains exposed to the system's high radiation.

=== 331 ===
{{Planet Data
|class=D
|distance={{Exp|6.12718|7}} km
|period=95 days 17 hours and 43 minutes
|radius=66.86 km
|gravity=0.009 g
}}
A minuscule moonlet of ice with an average temperature of -193.4 degrees C. Despite its small size, it is continuously bathed in high radiation.

=== 265 ===
{{Planet Data
|class=D
|distance={{Exp|6.13901|7}} km
|period=96 days and 22 minutes
|radius=1,586.91 km
|gravity=0.179 g
}}
An icy dwarf moon at -195.8 degrees C. The surface is airless and permeated by high radiation.

== 1826-EL ==
{{Planet Data
|class=C
|distance=7.332 AU
|period=19 years 315 days 16 hours and 44 minutes
|radius=3,094.19 km
|gravity=0.406 g
}}
1826-EL is a dead world of anthracite and basalt. It is a frozen, airless rock with an average surface temperature of -202.2 degrees C that receives high levels of radiation from the unstable star.

== 8129-EW ==
{{Planet Data
|class=I
|distance=7.535 AU
|period=20 years 254 days 17 hours and 6 minutes
|radius=48,291.67 km
|gravity=0.18 g
}}
A massive ice giant with a tilted magnetic field and a rock-ice-methane core. Average internal conditions are 1510.8 kPa (14.9 atmospheres) and -159.5 degrees C, with pressure dropping every 109.4 km. Its atmosphere is constantly influenced by high systemic radiation.

== 7611-QL ==
{{Planet Data
|class=C
|distance=8.801 AU
|period=26 years 45 days 18 hours and 20 minutes
|radius=8,949.6 km
|gravity=1.261 g
}}
7611-QL is a large dead world of anthracite and basalt. Its surface has an average temperature of -205.5 degrees C and is subjected to high radiation from the system.

=== 998 ===
{{Planet Data
|class=D
|distance={{Exp|7.39873|7}} km
|period=127 days and 53 minutes
|radius=1,837.02 km
|gravity=0.286 g
}}
An icy dwarf moon with no atmosphere. It experiences high radiation levels and an average temperature of -206.1 degrees C.

=== 399 ===
{{Planet Data
|class=D
|distance={{Exp|9.47138|7}} km
|period=183 days 23 hours and 57 minutes
|radius=1,985.85 km
|gravity=0.272 g
}}
This moon is a frozen body of hydrocarbons and ice with an average temperature of -209.3 degrees C. Its surface is exposed to the system's high radiation.

=== 319 ===
{{Planet Data
|class=D
|distance={{Exp|9.71981|7}} km
|period=191 days 6 hours and 49 minutes
|radius=1,420.8 km
|gravity=0.167 g
}}
A small icy dwarf moon with an average surface temperature of -209.0 degrees C. The lack of atmosphere makes it a high-radiation environment.

=== 102 ===
{{Planet Data
|class=D
|distance={{Exp|9.84827|7}} km
|period=195 days 2 hours and 8 minutes
|radius=831.13 km
|gravity=0.095 g
}}
A tiny icy body with a surface temperature of -208.6 degrees C. High systemic radiation constantly bombards its frozen surface.

=== 929 ===
{{Planet Data
|class=D
|distance={{Exp|9.91560|7}} km
|period=197 days 2 hours and 14 minutes
|radius=245.64 km
|gravity=0.031 g
}}
A minuscule icy moon and radiation-blasted rock frozen at -205.0 degrees C.

== 4714-AI ==
{{Planet Data
|class=C
|distance=9.825 AU
|period=30 years 298 days 9 hours and 55 minutes
|radius=9,738.05 km
|gravity=1.138 g
}}
4714-AI is a massive dead world with a surface of anthracite and basalt. It possesses no atmosphere, is saturated with high radiation, and has an average surface temperature of -211.3 degrees C.

== 3933-RG ==
{{Planet Data
|class=D
|distance=10.622 AU
|period=34 years 234 days 1 hour and 16 minutes
|radius=694.28 km
|gravity=0.087 g
}}
3933-RG is a small dwarf planet of frozen hydrocarbons and ice. Its surface temperature is -212.4 degrees C and it is affected by high systemic radiation.

== 1794-CA ==
{{Planet Data
|class=C
|distance=10.801 AU
|period=35 years 189 days 15 hours and 52 minutes
|radius=9,466.28 km
|gravity=1.063 g
}}
A dead world composed of anthracite and basalt. This airless planet is a high-radiation environment with a surface temperature of -211.7 degrees C.

== 6314-AC ==
{{Planet Data
|class=C
|distance=11.938 AU
|period=41 years 101 days 7 hours and 43 minutes
|radius=6,561.25 km
|gravity=0.871 g
}}
6314-AC is a dead world with a basaltic surface and an average temperature of -215.4 degrees C. It possesses no atmosphere to shield it from the star's high radiation output.

=== 889 ===
{{Planet Data
|class=D
|distance={{Exp|1.08516|7}} km
|period=7 days 3 hours and 15 minutes
|radius=655.8 km
|gravity=0.101 g
}}
A small icy dwarf moon with an average temperature of -214.6 degrees C. High radiation levels are present across its frozen hydrocarbon surface.

=== 580 ===
{{Planet Data
|class=D
|distance={{Exp|8.56006|7}} km
|period=158 days 2 hours and 12 minutes
|radius=1,701.15 km
|gravity=0.231 g
}}
An icy body with an average surface temperature of -215.3 degrees C. It lacks an atmosphere and remains exposed to high systemic radiation.

=== 195 ===
{{Planet Data
|class=D
|distance={{Exp|8.71395|7}} km
|period=162 days 8 hours and 58 minutes
|radius=1,143.96 km
|gravity=0.156 g
}}
This dwarf moon consists of ice and hydrocarbons with an average temperature of -215.0 degrees C. High radiation levels make the surface a harsh environment.

=== 628 ===
{{Planet Data
|class=D
|distance={{Exp|9.32715|7}} km
|period=179 days 19 hours and 28 minutes
|radius=1,278.52 km
|gravity=0.179 g
}}
A small icy body at -215.9 degrees C. It is subjected to constant high radiation from the system.

=== 631 ===
{{Planet Data
|class=D
|distance={{Exp|9.44742|7}} km
|period=183 days 7 hours and 12 minutes
|radius=1,117.62 km
|gravity=0.16 g
}}
An icy dwarf moon with no atmosphere and an average temperature of -214.8 degrees C. It remains a cold, high-radiation world.

=== 604 ===
{{Planet Data
|class=D
|distance={{Exp|9.61142|7}} km
|period=188 days 2 hours and 15 minutes
|radius=1,285.26 km
|gravity=0.192 g
}}
The outermost moon of 6314-AC, composed of frozen hydrocarbons at -218.1 degrees C. It is heavily irradiated by the unstable star.

== 6410-UO ==
{{Planet Data
|class=C
|distance=12.701 AU
|period=45 years 108 days 5 hours and 14 minutes
|radius=1,633.84 km
|gravity=0.21 g
}}
6410-UO is the furthest planet in the system, a dead world of anthracite and basalt with a surface temperature of -219.1 degrees C. Despite its extreme distance, it is still permeated by high radiation from the system's unstable sun.

[[Category:Star Systems]]
[[Category:Crimson Horizon Sector]]

File:Star-iciron.png

2026-04-14T16:23:49Z

Cyclops: Uploaded own work with UploadWizard

=={{int:filedesc}}==
{{Information
|description={{no|1=Iciron Star}}
|date=2026-04-14
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

=={{int:license-header}}==
{{self|cc-by-sa-4.0}}

[[Category:AI Generated]]

Eliana Ilos

2026-04-09T16:45:17Z

Cyclops: Added image

{{DEFAULTSORT:Ilos, Eliana}}
{{Character Box
|image=eliana-ilos.jpg
|fullname=Eliana Ilos
|gender=Female
|race=AI
|height=15cm
|haircolor=Pink
|eyecolor=Red
|occ=MSAI for [[STV Osiria Rose]] PA to [[Amber Cross]]
|org=Solas Tempus
|creationplace=[[Nimbus Station]]
|creationdate=August 12th, 2383
|setting=Blazing Umbra
|status=NPC
|rank=Commander
}}
[[File:Eliana-ilos-ocean.png|thumb|Eliana Ilos on a boat on the ocean in a bikini]]
Eliana is a sweet person, always trying to be courteous in her dealings with others even with those she doesn't care for. She can be provocative, and not always in a good way, often flying off with the tendency to behave in an unstable way when she becomes upset or distraught. Even when it appears she's not behaving rationally, often she's moving quickly through her ideas and emotions display a wide array of both very quickly with her heart on her sleeve. She's incredibly perceptive and innovative, thinking up strange and creative solutions to even mundane problems with a sprinkling of being daring enough to push forward and try to bring her creative ideas to light. This can make her seem very demanding, when in truth, she has a thirst to put her ideas to the test.

Interpersonally she's a dynamic person that changes her attitudes and responses fluidly, hating to get bogged down in a single train of thought though it still can happen. When working she contains herself well, focusing her ideas on what she is doing through a drive to never stop moving. She is always doing something, she has to, like a shark swimming in the ocean she hates to go backward and does not enjoy sitting and waiting when something could be done - even if it's wrong.

== Skills ==
* Command Training
* Piloting; Small Space Vessels
* Camouflage and Concealment Specialist
* Use of Decoys and Distractions
* Vocal Stress Processing
* Detection of Non-Verbal Cues
* Expert in Applied Holography

== Abilities ==
* [[Multinodal Core]] (has XIA, [[Mark 1 Humanoid Android Body]], and Holographic forms)

== Background ==
She is one of the most latest of her kind to be constructed, finally breaking from tradition and naming herself something different breaking away from an adopted surname of her race. She soaked up all the information she could on her talents making her a very quick study. Her flare for the dramatic caught the eye of Commander Amber Cross who requested Eliana to be assigned to her as her assistant. The pair get along famously though it is clear they may egg each other on a little too much.

As a personal assistant to Amber Cross, Eliana was typically quite happy as a personal assistant. As Amber got into more command duties and had to pass more onto Eliana to assist with, Eliana decided to pursue a command role. In 2386 Eliana graduated from command school and was accepted into the [[MSAI]] program. By October of 2386 she was granted a command position on Amber's personal newly minted personal vessel as the ships MSAI.

File:Eliana-ilos-ocean.png

2026-04-09T16:44:56Z

Cyclops: Uploaded own work with UploadWizard

=={{int:filedesc}}==
{{Information
|description={{no|1=Eliana Ilos on a boat on the ocean in a bikini}}
|date=2026-04-09
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

=={{int:license-header}}==
{{self|cc-by-sa-4.0}}

[[Category:AI Generated]]

Amber Cross

2026-04-09T16:40:24Z

Cyclops: Added image

{{DEFAULTSORT:Cross, Amber}}
{{Character Box
|image=amber-cross.png
|fullname=Amber Cross
|altname=Fia
|race=Human
|age=27
|occ=Vident Obscura Agent [[Temporal Operative]] CO of the [[STV Osiris Rose]] XO of the [[STV Minotaur]]
|org=Vident Obscura
|rank=Captain
|dob=March 7th, 2357
|birthplace=Mars
|eyecolor=Dark Blue
|haircolor=Light Blond
|height=5'5"
|weight=110 lbs
|figure=Sensual
|player=Cyclops
|status=Approved
|setting=Blazing Umbra
}}
[[File:Amber-cross-ocean.png|thumb|Amber Cross on the ocean in a red bathing suit]]
Amber Cross is a fiery and impulsive individual, known for her audacious behavior and insatiable curiosity. She thrives on the thrill of deceiving powerful individuals and exploring the unknown. Her love for living on the edge often lands her in precarious situations, but her sense of self-preservation and remarkable intuition often save her from real danger. Despite her quick temper, Amber has a fiery heart and is excellent at reading people, traits that often engender trust in others. Her beauty, coupled with her double-jointedness and stamina, further shield her from harm.

In her personal life, Amber's hot-headed and impulsive nature often leads to conflicts, especially within her family. Her rebellious behavior, a reaction to her family's lack of emotional support and security, has caused a deep rift between her and her siblings. Despite this, Amber's fiery heart and quick temper reveal a passionate individual who deeply cares about her loved ones. Her excellent intuition and ability to read people often help her navigate the complex dynamics of her personal relationships.

In her professional life, Amber's audacious behavior and insatiable curiosity make her a valuable asset to Vident [[Obscura]]. Her love for exploring the unknown and her remarkable intuition often lead her to uncover crucial information. Despite her impulsive nature, her training in [[Solas Tempus]] has helped her gain some self-control, making her a reliable and trustworthy colleague. Her ability to read people and engender trust is particularly useful in her professional interactions. Despite her quick temper, Amber's colleagues often find her fiery passion and determination inspiring.

== Special Abilities ==
Amber's special abilities set her apart as an operative. She possesses a mastery in beam weapons and martial arts, making her a formidable force in combat. Her ability to subtly influence others' emotions and perceptions, combined with her knack for stealth and cyber intrusion, allows her to navigate covert operations with ease. As a Temporal Operative, she has a unique understanding of time and space, enabling her to operate effectively across different timelines. Her survival skills and proficiency in piloting and space navigation equip her to handle a wide range of environments, from underwater missions to space travel.

; Temporal Intuition: Given her background as a Temporal Operative, Amber has developed a unique ability to sense distortions in the space-time continuum. This ability allows her to detect anomalies or changes in the timeline, giving her an edge in her investigations of paranormal phenomena. It also aids her in navigating through different timelines, making her an expert in temporal operations.
; Charm Manipulation: Amber's charismatic personality, combined with her skills in reading people and engendering trust, has evolved into a form of charm manipulation. This ability allows her to subtly influence the emotions and perceptions of others, making them more inclined to trust her or see things from her perspective. This ability is not mind control, but rather a heightened form of persuasion that can be very effective in negotiations, interrogations, or when she needs to talk her way out of a tricky situation.

== Special Skills ==
Amber's special abilities make her a highly effective operative. Her combat and stealth skills enable her to excel in both confrontations and covert missions. Her communication expertise ensures effective coordination and information deciphering. Her skills in deception, manipulation, and temporal operations allow her to navigate complex situations with ease. Lastly, her survival skills and proficiency in piloting and navigation equip her to handle diverse environments and scenarios, making her a versatile agent in [[Vident Obscura]].

; Beam Weapon Mastery & Martial Arts Expert: Amber is proficient in the use of handheld beam weapons and is trained in hand-to-hand combat skills, specifically Judo and Karate, making her a formidable opponent in any combat situation.
; Communication Specialist: She is adept at both verbal and non-verbal communication, including fast talking, reading and interpreting body language and gestures. Additionally, Amber specializes in setting up and operating various communication methods, including radio and subspace communications. She is skilled in encryption methods, decryption techniques, and the analysis of communications and signals. This skill aids her in understanding unspoken intentions and emotions, and ensures effective communication in any situation.
; Cyber Intrusion & Detection Avoidance: Amber has a knack for computer hacking and stealth operations, allowing her to bypass security systems, access confidential information, and move unnoticed.
; Master of Deception & Manipulation: Amber has honed her performance skills and has the ability to subtly influence the emotions and perceptions of others, making her a master of deception, manipulation, and persuasion.
; Aquatic Explorer & Survivalist: She is skilled in water diving and survival techniques, which can come in handy during underwater missions or in harsh conditions.
; Pilot & Space Navigator:** Amber is proficient in piloting small to medium-sized aircraft and spacecraft, and skilled in space navigation, enabling her to chart courses and navigate through the vast expanse of space with ease.
; Temporal Operative: As a Temporal Operative, Amber has a unique understanding of time and space, allowing her to operate effectively in different timelines and detect temporal anomalies.

== Items / Gear ==
[[File:amber-cross-pendant.jpg|thumb|Aquamarine Pendant]]
* [[Aqua Opal Crystal]] Ring
* Aquamarine Pendant

== Background ==
Amber Cross was born on March 7th, 2357, on Mars, a member planet of the United [[Federation]] of Planets. From an early age, Amber's impulsive nature was evident, often leading her into situations that were beyond her control. Despite being born into an affluent family, Amber found herself drawn to a rough crowd of malcontents and troublemakers. This was largely a reaction to her family's dysfunction, which was characterized by a lack of emotional support and security.

As Amber grew older, her rebellious behavior intensified. She became adept at reading people and even stealing from them, honing her sleight of hand skills and other performance-based abilities. A significant incident involving her siblings and the law caused a deep rift in her family, driving Amber further into the subculture she was becoming embedded into. This tumultuous period of her life culminated in a run-in with the law, which served as a wake-up call for Amber, leading her to realize the gravity of her actions and the person she had become.

=== Personal Life and Family ===
Amber's impulsive nature, a trait that has been a problem since her childhood, often led her into serious trouble. Despite her affluent background, she found herself drawn to a rough crowd of malcontents and troublemakers. This was largely due to her dysfunctional family life, which was devoid of emotional support or security. Her rebellious behavior and association with this crowd led her to learn a lot about people, including how to read them and even steal from them. She became quite adept at sleight of hand skills and other performance-based skills.

A significant incident involving her siblings and the law caused a rift in her family. Amber's guilt stems from the fact that she didn't even remember to think of them until the next morning. This incident drove her deeper into the subculture she was becoming embedded into. About a year after this incident, she found herself in trouble with the law again. This was a turning point for Amber, leading her to realize the gravity of her actions and the person she had become.

=== Career with Solas Tempus ===
In the wake of her legal troubles, Amber decided to join Solas Tempus. She saw this as an opportunity to distance herself from her past life and make a significant change. As an officer, she learned to control her impulses better and hone her existing skills to put them to better work for herself and her goals.

However, early in her career as a Temporal Operative, Amber experienced a setback during an observation mission to New York, NY in the United States in the year 2003. Tasked with observing the social circle of a minor local celebrity, she allowed herself to become overly intoxicated and failed to obtain her objective. This incident led to her demotion and the need for additional operative teams to rectify the situation. Since then, she has not been back to the past as a lone Operative. Despite this setback, Amber continues to serve in Solas Tempus, using her experiences as lessons to improve and grow as an operative.

File:Amber-cross-ocean.png

2026-04-09T16:40:09Z

Cyclops: Uploaded own work with UploadWizard

=={{int:filedesc}}==
{{Information
|description={{no|1=Amber Cross on the ocean in a red bathing suit}}
|date=2026-04-09
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

=={{int:license-header}}==
{{self|cc-by-sa-4.0}}

[[Category:AI Generated]]

Dhwersifel

2026-03-09T22:52:03Z

Cyclops: Trimmed a lot of AI generated fluff

[[File:Dhwersifel-image.jpg|thumb]]
; Runic Name : ᛞᚺᚹᛖᚱᛊᛁᚠᛖᛚ
; IPA Pronunciation : [http://ipa-reader.xyz/?text=ˈ%C9%A3e%C9%AArœf%C9%99l /ˈɣeɪrœfəl/]
The '''Dhwersifel''' is an immortal entity born from human depravity and fueled by a deep-seated envy of the prosperous. Originally a mortal transformed by spite, it has become a predator that targets the human spirit rather than just the flesh. It feeds primarily on the ''Godagast'', the ethereal essence of compassion and altruism. By devouring this "virtuous karma," the Dhwersifel leaves its victims spiritually hollowed and stripped of their capacity for kindness. While feeding, the creature remains invisible and intangible, stalking its prey from the shadows without leaving a physical trace. Its presence is felt through a psychological assault of hallucinations and nightmares that erode the victim's sanity; it is only within these twisted visions that the Dhwersifel's true, abhorrent form is revealed. Ultimately, the entity acts as a parasitic force of despair, systematically dismantling the moral foundations of those it haunts.

== Special Abilities ==
;Corruption Veil
:An invisible shroud that allows the Dhwersifel to blend into human society, masking its grotesque form to aid in hunting and survival.
;Godagast Siphon
:A methodical ability to draw out and consume the essence of human kindness. This process is nearly imperceptible, allowing for long-term sustentation.
;Memory Fog
:The power to induce amnesia and a loss of time in victims, ensuring the creature's feeding and actions remain unnoticed.
;Charm of Deception
:An unnatural charisma that compels trust, lulling prey into a false sense of security to facilitate closer proximity.
;Touch of Transformation
:A rare and horrifying ability to corrupt the flesh and spirit of a human, transforming them into a new Dhwersifel.
;Shadow Shield
:A defensive barrier of pure darkness that protects the creature from most forms of physical or spiritual harm.
;Cruelty Call
:An innate sense that draws the Dhwersifel toward individuals exhibiting extreme greed, madness, or cruelty.
;Void Gaze
:The power to inflict overwhelming despair through direct eye contact, breaking a victim's will to hasten the depletion of their Godagast.
;Ephemeral Masquerade
:A shapeshifting ability to assume a temporary human form. While disguised, the creature exudes an aura of apathy that subtly manipulates others into resignation.
;Incorporeal Feeding
:The state of being intangible and invisible while consuming Godagast, ensuring the feeding process remains uninterrupted and undetected by mortal senses.

== Special Skills ==
;Psychological Manipulation
:A profound understanding of human frailty, allowing the Dhwersifel to exploit fears and desires to ensure a victim's gradual descent into darkness.
;Subtle Seduction
:The use of allure and charm to ensnare prey in a web of deceit, systematically eroding their resistance to facilitate feeding.
;Unseen Observation
:Acute situational awareness that allows the creature to silently study victims and gather information on their vulnerabilities without detection.
;Arcane Curses
:Mastery of ancient, malevolent enchantments used to sow discord and weaken a target's spiritual defenses.
;Nightmarish Illusions
:The ability to conjure grotesque visions that target a victim's deepest fears, inducing chaos to make the Godagast easier to drain.
;Predatory Instincts
:Heightened primordial senses developed over centuries, enabling the creature to instinctively identify and hunt the most vulnerable targets.

== Existence ==
The Dhwersifel is an eternal outcast, a solitary entity driven by an ancient malignancy and a rapacious craving for human benevolence. It roams the edges of perception, targeting individuals and families who embody purity and kindness. To the Dhwersifel, the "fragrance" of virtue acts as a psychic beacon, drawing the predator to its prey like blood in the water. Once it attaches itself to a victim, it begins the voracious consumption of their Godagast, extinguishing their internal light and leaving them as spectral husks.

This attraction to purity is fueled by both biological necessity and profound malice. While the Godagast sustains the creature's immortal existence, the Dhwersifel also derives a perverse joy from witnessing the collapse of virtue. It revels in the desolation it creates, transforming once-loving households into cold environments of resentment, suspicion, and spite. By draining every remnant of goodness, the entity systematically reduces love and trust to cruel mockeries, standing as a testament to the destructive power of unchecked spiritual decay.

== Feeding ==
The feeding process is a methodical siphoning of the ''Godagast'' that gradually replaces a victim's autonomy with the Dhwersifel’s influence. In the initial stages, the corruption is subtle, manifesting as increased irritability, waning patience, and sporadic outbursts often mistaken for ordinary stress. These symptoms are interspersed with deceptive periods of calm, masking the residual damage being dealt to the human psyche.

Over months or years, these outbursts intensify into a pervasive, cruel indifference. As the essence of compassion is depleted, empathy and love become foreign concepts, replaced by a gnawing internal emptiness and malevolence. This erosion eventually leads to total emotional numbness; the victim's world becomes a "monotonous gray," devoid of joy or the capacity for affection. The individual is effectively reduced to an empty shell, stripped of the traits that once defined their humanity.

The Dhwersifel remains invisible and non-corporeal during this cycle, though its true form may briefly fracture the victim's reality through intensifying hallucinations and nightmares. Once a spirit is entirely broken and the ''Godagast'' exhausted, the creature abandons the hollowed husk to seek a fresh source of sustenance. This unquenchable hunger ensures a continuous cycle of spiritual predation, leaving a trail of apathy and despair in its wake.

== Procreation ==
A candidate for transformation into a Dhwersifel is rare, characterized by a potent combination of high intelligence, insatiable greed, and profound instability. These individuals use their intellect solely for avaricious ends, viewing others as mere tools for gratification. They are often plagued by violent hallucinations and a deteriorating sense of reality, creating a psychic "scent" that attracts an existing Dhwersifel.

Beyond mere madness, the candidate typically exhibits an "artistic" penchant for violence and explosive, unpredictable rage. This depravity is compounded by clinical psychopathy; they display a chilling lack of remorse, superficial charm, and a total disregard for the rights of others. The Dhwersifel is drawn to this concentrated corruption, initiating a "courtship" of shadows that leads the human toward an inevitable, monstrous metamorphosis.

=== Transformation ===
The transformation is an intimate process of possession rather than simple predation. The Dhwersifel envelops the chosen human in an omnipresent shroud of darkness, suffocating the last vestiges of their spirit. As the influence takes hold, the victim's blood runs cold and their grip on sanity fails, replaced by a suffocating dread and an ocean of despair.

As the remaining Godagast is fully siphoned away, the physical form warps in defiance of nature. The body undergoes a localized, agonizing rewrite: bones contort and snap, skin hardens, and eyes darken into voids. This horrific process concludes as the human identity is extinguished. The newborn Dhwersifel emerges from the darkness with a guttural roar, its humanity entirely replaced by an unquenchable hunger for corruption.

== Weaknesses ==
While formidable, the Dhwersifel can be resisted, contained, or destroyed by disrupting its feeding process. Total destruction is only possible when the creature assumes a corporeal form, requiring immense resolve and specific metaphysical intervention. Strategies range from the use of celestial artifacts to sacrificial acts of redemption that sever the entity's bond with its prey.

=== Ways to Resist and Fight ===
;Purity of Heart
:Individuals with unwavering moral clarity can momentarily shield themselves from the creature's influence, providing a brief respite from its psychological assault.
;Ancient Seals and Rituals
:Forbidden tomes contain specific arcane seals capable of binding and imprisoning the entity, offering a means of long-term containment.
;Divine Artifacts
:Relics infused with celestial energy can damage the Dhwersifel’s dark essence, acting as one of the few direct offensive measures against its perverse nature.
;Sacrificial Redemption
:Acts of genuine, selfless sacrifice can forcibly sever the feeding bond between the creature and its victim, though this often exacts a permanent toll on the martyr.
;Healing and Restoration
:Restoring the drained spirits of victims through specialized incantations weakens the Dhwersifel by reclaiming the stolen Godagast.
;Arcane Fire
:When the creature is forced into a corporeal state, it becomes vulnerable to magical fire. Mastery of eldritch tongues can conjure flames capable of reducing the abomination to ash.
;Consecrated Ground
:Trapping the entity within sanctified domains denies it access to sustenance. Deprived of Godagast, the Dhwersifel will eventually starve and fade into a lingering echo.

[[Category:Unexplained Entities]]

Demonic Little Girl

2026-03-09T22:40:26Z

Cyclops: /* Weaknesses */ fixed formatting

[[File:demon-girl.jpg|thumb]]
The '''Amalgamate''' (often appearing as a demonic little girl) is a construct formed from a collective of souls, or occasionally a single soul of singular malice. While the entity frequently manifests in the form of a human female child to disarm and deceive potential prey, it is fundamentally '''genderless'''—a shifting mass of spiritual energy with no biological or social identity. These souls meld together within the [[Severed Realm]], fueled by a shared hatred for the living. Driven by a desperate, futile desire to reclaim life, the entity seeks any opportunity to breach the mortal veil and exact revenge upon the world that discarded them.

== Behavior ==
When the entity breaks free from the [[Severed Realm]], it gravitates toward the nearest gathering of mortals. Trapped in a state of cognitive dissonance, unable to reconcile its own death with its crushing loneliness, it seeks to ''play'' with those it encounters.

To the entity, ''play'' is a sport of malevolence; it views the infliction of pain as a form of bonding and remains in a perpetual, violent search for a permanent playmate. To remain in the mortal world, it must anchor itself to the living. It often manifests as an ''imaginary friend'' to vulnerable mortals, slowly intertwining its essence with their life force.

The entity utilizes specific psychological tactics to entangle itself in a mortal's life:
* '''The Secret Keeper:''' It convinces a target to share private thoughts and hidden fears. Each secret shared acts as a spiritual tether, allowing the entity to siphon energy from the host's psyche.
* '''The Blame-Taker:''' It encourages a mortal to commit small acts of malice or mischief and then blame their ''imaginary friend.'' By accepting the blame, the entity absorbs the guilt and negative social energy generated by the act to solidify its presence.
* '''The Gift Exchange:''' It offers small ''trinkets'' from the Severed Realm. These items appear to be mundane toys but are actually fragments of the void. Once a mortal accepts and keeps such a gift, they inadvertently grant the entity a permanent invitation into their personal space.

== Special Abilities ==
* '''Planar Displacement:''' The entity can drag victims into the [[Severed Realm]] through the same rupture it used to escape.
* '''Reality Warping (Internal):''' Within the Severed Realm, it exerts absolute control over the mutable landscape. It typically manifests this power as acidic tentacles that erupt from the ground to ensnare and dissolve intruders.
* '''Childlike Sorcery:''' While in the mortal realm, it wields formidable magic. This power is filtered through its borrowed persona, resulting in unpredictable, ''fairytale'' style manifestations of high-level arcane force.

== Weaknesses ==
The entity’s primary weakness is its '''borrowed perspective'''. Because it tethers its consciousness to the form of a child to maintain its presence in our world, it inherits a child’s lack of foresight and emotional volatility.

Specific vulnerabilities include:
* '''Salt and Iron:''' As a construct of spirits, its physical manifestation is sensitive to traditional spiritual barriers. Salt disrupts the ''static'' of the melded souls, while cold iron acts as a lightning rod, drawing energy out of the entity and causing its form to flicker or dissolve.
* '''Destruction of Anchors:''' The trinkets provided in the ''Gift Exchange'' act as secondary anchors. If these items are destroyed—particularly by fire—the entity loses its grip on the location and becomes significantly weaker and more translucent.
* '''Confession and Honesty:''' Because it subsists on shared secrets and stolen blame, it is physically pained by honesty. If a mortal host openly admits to the wrongdoings they previously blamed on the entity, the tether is severed, causing the Amalgamate to lose its physical density.
* '''The Voluntary Exit:''' The Amalgamate cannot be forced back to the [[Severed Realm]] through traditional banishment rituals or brute force. It can only be returned if it is convinced or tricked into leaving the mortal world willingly.

[[Category:Unexplained Entities]]

Demonic Little Girl

2026-03-09T22:35:59Z

Cyclops: fleshed out the creature

[[File:demon-girl.jpg|thumb]]
The '''Amalgamate''' (often appearing as a demonic little girl) is a construct formed from a collective of souls, or occasionally a single soul of singular malice. While the entity frequently manifests in the form of a human female child to disarm and deceive potential prey, it is fundamentally '''genderless'''—a shifting mass of spiritual energy with no biological or social identity. These souls meld together within the [[Severed Realm]], fueled by a shared hatred for the living. Driven by a desperate, futile desire to reclaim life, the entity seeks any opportunity to breach the mortal veil and exact revenge upon the world that discarded them.

== Behavior ==
When the entity breaks free from the [[Severed Realm]], it gravitates toward the nearest gathering of mortals. Trapped in a state of cognitive dissonance, unable to reconcile its own death with its crushing loneliness, it seeks to ''play'' with those it encounters.

To the entity, ''play'' is a sport of malevolence; it views the infliction of pain as a form of bonding and remains in a perpetual, violent search for a permanent playmate. To remain in the mortal world, it must anchor itself to the living. It often manifests as an ''imaginary friend'' to vulnerable mortals, slowly intertwining its essence with their life force.

The entity utilizes specific psychological tactics to entangle itself in a mortal's life:
* '''The Secret Keeper:''' It convinces a target to share private thoughts and hidden fears. Each secret shared acts as a spiritual tether, allowing the entity to siphon energy from the host's psyche.
* '''The Blame-Taker:''' It encourages a mortal to commit small acts of malice or mischief and then blame their ''imaginary friend.'' By accepting the blame, the entity absorbs the guilt and negative social energy generated by the act to solidify its presence.
* '''The Gift Exchange:''' It offers small ''trinkets'' from the Severed Realm. These items appear to be mundane toys but are actually fragments of the void. Once a mortal accepts and keeps such a gift, they inadvertently grant the entity a permanent invitation into their personal space.

== Special Abilities ==
* '''Planar Displacement:''' The entity can drag victims into the [[Severed Realm]] through the same rupture it used to escape.
* '''Reality Warping (Internal):''' Within the Severed Realm, it exerts absolute control over the mutable landscape. It typically manifests this power as acidic tentacles that erupt from the ground to ensnare and dissolve intruders.
* '''Childlike Sorcery:''' While in the mortal realm, it wields formidable magic. This power is filtered through its borrowed persona, resulting in unpredictable, ''fairytale'' style manifestations of high-level arcane force.

== Weaknesses ==
The entity’s primary weakness is its '''borrowed perspective'''. Because it tethers its consciousness to the form of a child to maintain its presence in our world, it inherits a child’s lack of foresight and emotional volatility.

Specific vulnerabilities include:
# '''Salt and Iron:''' As a construct of spirits, its physical manifestation is sensitive to traditional spiritual barriers. Salt disrupts the ''static'' of the melded souls, while cold iron acts as a lightning rod, drawing energy out of the entity and causing its form to flicker or dissolve.
# '''Destruction of Anchors:''' The trinkets provided in the ''Gift Exchange'' act as secondary anchors. If these items are destroyed—particularly by fire—the entity loses its grip on the location and becomes significantly weaker and more translucent.
# '''Confession and Honesty:''' Because it subsists on shared secrets and stolen blame, it is physically pained by honesty. If a mortal host openly admits to the wrongdoings they previously blamed on the entity, the tether is severed, causing the Amalgamate to lose its physical density.
# '''The Voluntary Exit:''' The Amalgamate cannot be forced back to the [[Severed Realm]] through traditional banishment rituals or brute force. It can only be returned if it is convinced or tricked into leaving the mortal world willingly.

[[Category:Unexplained Entities]]

File:Eliana-ilos.jpg

2026-03-05T00:30:34Z

Cyclops: Cyclops uploaded a new version of File:Eliana-ilos.jpg

File uploaded with MsUpload

Epsilon Arcanum Star System

2026-02-25T02:35:52Z

Cyclops: Stripped away ai fluff

[[File:Epsilon-Arcanum.png|thumb|Epsilon Arcanum Dwarf Star]]
{{Star Data
|type=M9 V Red Dwarf
|radius={{Exp|2.78|5}} km (0.40 of Sol)
|mass={{Exp|5.94|29}} kg (0.30 of Sol)
|temp=2100 K
|lum={{Exp|1.07|24}} W (< 0.01 of Sol)
|hab=Between 0.05 and 0.08 AU
|loc=[[Crimson Horizon Sector]]
}}
The Epsilon Arcanum system, managed by [[Stellarian Ore Enterprises]], is a central hub for extraterrestrial resource extraction. The heart of the operation is ''Arkonis'', a terrestrial world with a thin but breathable atmosphere that serves as the administrative headquarters. From here, the company coordinates mining activities across the system. Automated stations orbit the gas giants Cryotis, Dromida, Glacium, and Heliora to harvest hydrogen and helium. Other sites on Iciron and Jotune focus on extracting radioactive materials from their extreme environments. Frostara is a cold world with rich deposits of iron and nickel. These resources are mined at the Ironclad Bastion under the direction of Marcus Flint, the disciplined Operations Officer in charge of the site.

[[File:Arkonis-Planet.png|200px|thumb|Arkonis]]
{{Planet Data
|name=Arkonis
|class=H
|distance=0.07 AU
|period=11 Days
|radius=6596.43 km
|gravity=1.06 G
}}
Arkonis is a terrestrial world in the Epsilon Arcanum system and home to the mining colony Helion Enclave. The planet has a sparse hydrosphere with 2% water and 26% ice coverage. Its thin oxygen nitrogen atmosphere is breathable and similar to Earth. The local biosphere consists of prokaryotic microbes representing a basic form of life.

The landscape is defined by heavy volcanism and the ruins of an ancient civilization scattered across the surface. Many of these ruins are buried or partially covered by lava flows which suggests an abrupt end for the previous inhabitants. Arkonis maintains an average temperature of 111 degrees Celsius and an atmospheric pressure of 197 kPa or 1.94 atmospheres. These conditions create a challenging environment for the colonial presence.

=== Orbital Station - Aurora Astra Station ===
Aurora Astra orbits Arkonis and serves as the primary administrative station for Stellarian Ore Enterprises. It houses the main company offices for the Epsilon Arcanum system. The station functions as a logistics hub where administrators and strategists coordinate mining ships, freighters, and exploratory vessels across the system.

Dr. Elara Maelstrom and Administrator Kael Thorne manage the station through a combination of long term planning and daily oversight. While their partnership ensures steady operations, it has limitations. Maelstrom's focus on the big picture can overlook immediate issues while Thorne's attention to detail sometimes makes it difficult to adapt to sudden changes.

==== Manager Elara Maelstrom (45, Female, Human) ====
; Height & Weight
: 170 cm (5 feet 7 inches)
: 64 kg (141 lbs)
; Description: Dr. Maelstrom is a figure of poise and authority, with an athletic build that speaks to a disciplined lifestyle. Her sharp, steel-blue eyes are often described as piercing, reflecting a mind that is constantly analyzing and strategizing. Her hair is a cascade of silver, cut in a sleek, shoulder-length style that adds to her commanding presence. Her skin, fair and unblemished, contrasts sharply with her typically dark, tailored uniforms, which are both functional and elegant, embodying her role as both a scientist and an administrator.
; Motives: Dr. Maelstrom is driven by a profound sense of duty and a commitment to the advancement of human presence in space. Her dedication to Stellarian Ore Enterprises stems from a belief in the company's role in pioneering new frontiers and harnessing resources for the betterment of humanity. However, she is also motivated by a personal quest for knowledge and the satisfaction that comes from solving complex logistical and strategic challenges.
; Goals: Her immediate goals include ensuring the efficient operation of Aurora Astra, maintaining the station's position as a central hub for the system's mining operations, and strategically managing the company's resources and personnel. She is keenly focused on expanding the company's influence within the Epsilon Arcanum system while ensuring sustainable and ethical practices.
; Methods: Dr. Maelstrom employs a combination of rigorous scientific methodology and shrewd administrative tactics. She is known for her hands-on approach to management, often personally overseeing critical operations and decisions. Her methods include utilizing advanced data analysis, fostering a culture of innovation and efficiency among her staff, and maintaining strong communication channels both within Aurora Astra and with other entities in the system. She is also adept at navigating corporate politics, often using her diplomatic skills to forge beneficial alliances and negotiate deals that favor her company's interests.

==== Administrator Kael Thorne (38, Male, Human) ====
; Height & Weight
: 182 cm (6 feet)
: 78 kg (172 lbs)
; Description: Administrator Thorne is a tall, lean figure with a commanding presence. His hair is jet black, often styled back neatly, complementing his sharp jawline and intense hazel eyes. His skin bears a few scars, subtle reminders of his past fieldwork, adding a rugged aspect to his otherwise meticulous appearance. Thorne is usually seen in standard corporate attire, favoring dark suits that are both practical and professional. His demeanor is calm and collected, exuding a quiet confidence that commands respect among his peers and subordinates.
; Motives: Kael Thorne is driven by a desire for order and efficiency. His motivation lies in streamlining operations and maximizing the station's productivity. He believes strongly in the potential of Aurora Astra as a beacon of human ingenuity and sees his role as crucial in achieving that vision. Personal ambition also plays a role in his drive, as he aspires to rise within the ranks of Stellarian Ore Enterprises.
; Goals: Thorne's immediate goals revolve around improving the operational efficiency of Aurora Astra. He aims to implement new protocols and systems that enhance productivity and reduce waste. Another key goal is to support Dr. Maelstrom in her endeavors, ensuring that the station's strategic objectives are met while also preparing himself for future leadership roles.
; Methods: Administrator Thorne is methodical and detail-oriented in his approach. He relies heavily on data-driven decision-making and is known for his thorough analysis of every situation. His management style is more directive than Dr. Maelstrom's, preferring clear instructions and close monitoring of tasks. Thorne is also adept at crisis management, often taking a proactive approach to potential issues and resolving them efficiently. He values discipline and punctuality, fostering a work environment where these qualities are emphasized and rewarded.

=== Colony - Helion Enclave ===
[[File:Helion-Enclave.png|200px|thumb|Helion Enclave]]
Located within the Crimson Horizon Sector on Arkonis, Helion Enclave is a primary center for technological development and resource extraction. The settlement is managed by Stellarian Ore Enterprises under a corporate governance model that prioritizes efficiency and profitability. This administrative control extends from surface operations to the surrounding orbital space, creating a near monopoly over the area.

Governor Lucia Marquez and Lt. Governor Dmitri Petrov oversee the enclave as appointees of the corporation. Their administration focuses on meeting strategic extraction goals, which effectively replaces traditional civic government with corporate directives.

In this system, democratic roles like the Proctor are limited in influence. Although Jasmine Li was elected by residents to represent their interests, the position holds little power against corporate policy. As a result, the enclave functions as a corporate entity where the livelihoods of the residents are tied directly to the success and regulations of Stellarian Ore Enterprises.

==== Governor Lucia Marquez (52, Female, Human) ====
; Height & Weight
: 165 cm (5 feet 5 inches)
: 59 kg (130 lbs)
; Description: Governor Marquez possesses a commanding presence with a stern demeanor. Her hair is a sleek, salt-and-pepper bob, framing a face marked by sharp, discerning eyes and a firm, set jaw. She carries herself with an air of authority, often dressed in tailored suits that project professionalism and control.
; Motives: Marquez is driven by a commitment to maintaining the profitability and efficiency of Helion Enclave. Her loyalty to Stellarian Ore Enterprises is unwavering, motivated by a belief in the company's mission and her own rise within its ranks.
; Goals: Her immediate goal is to ensure the smooth operation of the enclave, maximizing resource extraction and maintaining order. She aims to solidify the company's presence and influence in the sector.
; Methods: Marquez employs a top-down management style, issuing clear directives and expecting prompt execution. She relies heavily on data and reports, using them to make informed decisions and to keep a tight rein on all aspects of the colony.

==== Lt. Governor Dmitri Petrov (47, Male, Human) ====
; Height & Weight
: 183 cm (6 feet)
: 82 kg (180 lbs)
; Description: Petrov has a robust build, reflecting his engineering background. He has a pragmatic, no-nonsense appearance, with closely cropped dark hair and a steady, assessing gaze. His attire is usually practical, favoring functionality over style.
; Motives: Petrov is motivated by a passion for efficiency and order. He thrives on making the enclave's operations run smoothly and takes pride in his ability to solve practical problems.
; Goals: His immediate goal is to enhance the infrastructure of Helion Enclave, streamlining processes and ensuring that the colony operates at peak efficiency.
; Methods: Petrov’s approach is hands-on and detail-oriented. He frequently conducts site visits and engages directly with various operational teams, seeking to identify and rectify inefficiencies.

==== Proctor Jasmine Li (35, Female, Human) ====
; Height & Weight
: 168 cm (5 feet 6 inches)
: 54 kg (119 lbs)
; Description: Jasmine Li is characterized by a vibrant, approachable appearance. She has long, wavy hair that she often wears loosely, and her expressive eyes reflect a keen intelligence and empathy. Her clothing is more casual than the governors', reflecting her closer ties to the ordinary residents.
; Motives: Li is driven by a desire to represent and improve the lives of the residents of Helion Enclave. She seeks to bring a more humane and considerate perspective to the colony's administration.
; Goals: Her immediate goal is to have a meaningful impact on the colony's governance, striving to ensure that the residents' needs and concerns are addressed.
; Methods: Li employs a grassroots approach, often engaging directly with the residents to understand their issues. She uses this insight to advocate for their needs in administrative meetings, though her influence is often challenged by the dominant corporate agenda.

[[File:Bravara-Planet.png|200px|thumb|Bravara]]
[[File:Stellarian-Ore-Mobile-Mining-Facility.png|200px|thumb|Mobile Mining Facility]]
{{Planet Data
|name=Bravara
|class=C
|distance=0.22 AU
|period=70 Days
|radius=2228.76 km
|gravity=0.11 G
}}
Bravara is a stark and inhospitable planet composed primarily of basalt, tar, and bitumen. Lacking an atmosphere, the surface maintains an average temperature of -57°C. The unique geological composition makes it a valuable site for mining carbon and other minerals. Extraction is conducted through a series of mobile camps designed to adapt to the challenging environment and facilitate resource collection.

The ''Atlas Foundry'', a [[Class K Space Station|Class K space station]], remains in orbit as a crucial part of the mining ecosystem. The station specializes in processing raw materials from the surface, refining them into usable forms, and fabricating products for sale. The Atlas Foundry serves as a vital link in the supply chain and represents the engineering required to exploit resources in such extreme conditions.

=== Orbital Station - Atlas Foundry ===
''Atlas Foundry'' is a [[Class K Space Station|Class K space station]] orbiting the planet Bravara. It is central to mining operations and specializes in refining raw materials like basalt, tar, and bitumen. The station uses advanced processing facilities to turn surface resources into marketable goods for the Epsilon Arcanum system.

Station Manager Raul Vargas runs the facility with a focus on data and maximum output. He works with Lena Kozlov who manages the station departments through clear communication. Operations Officer Sam Hawkins oversees daily work and uses his experience to connect management decisions with the realities of the job. This leadership team maintains production targets and safety standards.

The miners on Bravara rely on the Atlas Foundry to process their extractions into profitable materials. While they respect the technical capabilities of the station, they often feel resentment toward the corporate management and their position in the hierarchy. This tension is eased by Sam Hawkins. His practical approach and ability to address ground level challenges make him a respected link between the workers and the administration.

==== Station Manager Raul Vargas (48, Male, Human) ====
; Height & Weight
: 178 cm (5 feet 10 inches)
: 76 kg (167 lbs)
; Description: Raul Vargas is a distinguished figure, with neatly combed back hair showing hints of grey. His piercing grey eyes reflect a sharp mind, and his face bears the lines of years spent in strategic planning. He has a lean, upright posture, often seen in a standard-issue uniform that signifies his position.
; Motives: Vargas is driven by a desire to excel in his corporate role, seeing success in managing the Atlas Foundry as a stepping stone to higher corporate echelons. He values efficiency and profitability, aligning his objectives with those of the corporation.
; Goals: His immediate goal is to maximize the output of Atlas Foundry while maintaining high safety and efficiency standards. He aims to solidify the station's role as a pivotal processing hub in the system.
; Methods: Vargas employs a structured approach, relying on data and proven strategies to guide decision-making. He maintains a strict schedule and expects a high level of discipline and order from his team.

==== Administrator Lena Kozlov (43, Female, Human) ====
; Height & Weight
: 165 cm (5 feet 5 inches)
: 63 kg (139 lbs)
; Description: Lena Kozlov possesses a calm and composed demeanor. Her hair is cut short, framing her face in a practical style. She has a keen, observant gaze and moves with a purposeful grace. Her attire is always immaculate, reflecting her attention to detail.
; Motives: Kozlov is motivated by a strong sense of duty and a commitment to the company's vision. She seeks to demonstrate her capabilities as an effective leader in a challenging environment.
; Goals: Her immediate goal is to ensure the smooth administrative functioning of the station, coordinating various departments for optimal performance.
; Methods: Kozlov adopts a collaborative approach, frequently consulting with department heads and team leaders. She emphasizes clear communication and is adept at problem-solving, often taking a hands-on approach to resolve issues.

==== Operations Officer Sam Hawkins (39, Male, Human) ====
; Height & Weight
: 183 cm (6 feet)
: 88 kg (194 lbs)
; Description: Sam Hawkins is a robust individual with a rugged appearance. His face is weathered from years in mining, and his hands are calloused, bearing witness to his hands-on experience. He keeps his hair short and practical, and his attire is typically utilitarian, suited for his active role.
; Motives: Hawkins is a realist, driven by a no-nonsense attitude shaped by years of on-ground experience. He values practical solutions and has a deep understanding of the challenges faced by the workforce.
; Goals: His goal is to bridge the gap between management directives and ground-level operations, ensuring that procedures are realistic and efficient.
; Methods: Hawkins employs a direct approach, often leading by example. He spends considerable time on the operational floor, working closely with the team and offering practical insights. He values straightforward communication and is respected by the workforce for his hands-on experience and realistic approach to problem-solving.

{{Planet Data
|name=Cryotis
|class=I
|distance=0.34 AU
|period=132 Days
|radius=14902.71 km
|gravity=0.79 G
}}
Cryotis is a gas giant with an atmosphere of helium, hydrogen, methane, and ammonia. Three automated mining platforms orbit the planet to harvest hydrogen and helium. These stations are built specifically for atmospheric extraction in high pressure conditions. The planet has a strong magnetic field that interacts with solar winds to produce constant auroras across the sky.

Transport ships from Atlas Foundry visit the platforms for maintenance and resource collection. Because the stations are automated, they contain only small living quarters for visiting technicians. Most material and personnel transfers are managed via [[transporter]] to limit the risks of manual operations in the volatile atmosphere.

{{Planet Data
|name=Dromida
|class=I
|distance=0.58 AU
|period=294 Days
|radius=16982.67 km
|gravity=0.95 G
}}
Dromida, a Class I world akin to Neptune, is a significant presence in the Epsilon Arcanum system. Its composition primarily includes hydrogen and helium, with the presence of liquid methane closer to its core, along with trace amounts of various other hydrocarbons. This chemical makeup positions Dromida as an essential resource hub, particularly for the extraction of hydrogen and helium.

Like Cryotis, Dromida is orbited by a trio of automated mining stations, designed for the efficient extraction of its atmospheric resources. The operation of these stations is streamlined, with regular transport and maintenance runs from Atlas Foundry to manage the collection of resources and perform necessary maintenance tasks. The automated nature of these platforms ensures a focus on safety and efficiency, with minimal human interaction required. A notable feature of Dromida is its striking ring system, composed of ice particles and dust. These rings, also present unique navigational challenges and often cause problems with the automated mining stations which malfunction on a regular basis due to impact with stray material from the ring system.

{{Planet Data
|name=Elara
|class=I
|distance=1.06 AU
|period=2.00 Earth Years
|radius=16104.81 km
|gravity=0.99 G
}}
Elara is defined by massive electrical storms. These storms occur when ionic discharges interact with ice particles in the mid and lower atmosphere. Hydrazine and Phosphine crystals in the upper layers intensify the effect. The storms often ignite when charged particles hit pockets of atmospheric oxygen, creating violent electrical displays that prevent surface mining.

Three automated satellites harvest hydrogen and helium from the atmosphere. These stations are built to endure the planet's unpredictable conditions. Transport runs to Elara for maintenance and resource collection are the most difficult operations in the sector due to the constant atmospheric hazards.

[[File:Frostara-Planet.png|200px|thumb|Frostara]]
{{Planet Data
|name=Frostara
|class=C
|distance=2.09 AU
|period=5.54 Earth Years
|radius=1472.49 km
|gravity=0.09 G
}}
Frostara is an inhospitable, barren world with no atmosphere and a surface temperature of 70 Kelvin (-203°C). Its terrain consists of basalt, tar, and bitumen, containing rich veins of iron and nickel.

Mining operations are managed from the ''Ironclad Bastion'', a [[Platform Station]] overseen by Operations Officer Marcus Flint. The facility coordinates surface extraction and maintains safety protocols in the planet's hard vacuum and low gravity. Because of these extreme conditions, only the most experienced miners are assigned to the site.

This staffing policy results in crews staying on the surface for extended periods. These long deployments have created a distinct culture among the miners, defined by a strong sense of camaraderie and the resilience needed to endure the environment.

=== Ironclad Bastion ===
''Ironclad Bastion'' is a platform station orbiting Frostara that manages mining and initial resource processing. The facility is small and built to withstand the extreme environment. It is operated by a crew of specialists using modern equipment.

Marcus Flint leads the station and has established a reputation for reliability throughout the Epsilon Arcanum system. Flint is a skilled problem solver often called to assist with critical issues at other operations. While the station focuses on Frostara, it serves as a central source of technical and operational knowledge for mining activities across the system.

==== Operations Officer Marcus "Marshal" Flint (45, Male, Human) ====
; Height & Weight:
: 182 cm (6 feet)
: 85 kg (187 lbs)
; Background: Marcus Flint's journey from a seasoned miner to Operations Officer is marked by resilience and adaptability. Having worked in the mines of Frostara for many years, Flint was known for his expertise and dedication. However, his life took a dramatic turn when he was involved in a serious accident that resulted in the loss of his leg while heroically ensuring the evacuation of three miners from a collapsing campsite. Following this incident, Stellarian Ore Enterprises provided him with a state-of-the-art cybernetic leg. Due to the stringent safety regulations, Flint could no longer be certified to work in the mines. Recognizing his invaluable experience and leadership qualities, the company offered him the position of Operations Officer to oversee Ironclad Bastion, the platform station on Frostara.
; Description: Marcus Flint is a robust figure, his physique shaped by years of physical labor. His cybernetic leg is a testament to both his past ordeal and his perseverance. He has a rugged appearance, with a weathered face that tells a story of a life spent in challenging environments. His eyes are sharp and observant, often reflecting a mix of seriousness and empathy. Flint usually dresses in practical attire suitable for his role, with the cybernetic limb often visible, serving as a reminder of his sacrifice and dedication.
; Motives: Marcus Flint's driving force is an unwavering commitment to the safety and security of his miners. His harrowing experiences and personal loss in the mines have carved into him a profound sense of responsibility for every person under his watch. This grizzled veteran, having seen the darkest depths of mining accidents, operates with an iron-clad resolve to protect his team. He is motivated not just by duty, but by a deeply ingrained need to prevent any more tragedies similar to his own.
; Goals: Flint's primary goal is to uphold and enforce the strictest safety standards at Ironclad Bastion. He aims to run an operation where efficiency never compromises safety. His dedication to this cause is unwavering – he is determined to see every miner under his care return safely from each shift, and he is relentless in his pursuit to make Frostara's mining operations as safe as humanly possible.
; Methods: Flint's approach is marked by a no-nonsense attitude and an almost militant adherence to safety protocols. He is known to be tough but fair, running Ironclad Bastion with an uncompromising hand when it comes to rules and regulations. His extensive experience as a miner informs his strict but effective management style. He ensures that his team is not just well-trained but also well-aware of the risks and the importance of vigilance in such a perilous environment. Flint values clear, direct communication and does not shy away from tough conversations. He has earned a reputation that even the higher-ups in the corporate ladder recognize; cross him on matters of safety, and there will be consequences. His leadership fosters an atmosphere of serious professionalism, where safety is paramount and negligence is not tolerated.

{{Planet Data
|name=Glacium
|class=I
|distance=3.93 AU
|period=14.28 Earth Years
|radius=27098.93 km
|gravity=1.48 G
}}
Glacium, a Class I Uranian gas giant in the Epsilon Arcanum system, presents its own unique set of characteristics and challenges. This planet, with its deep blue and green hues, is predominantly composed of hydrogen, helium, and methane, making it an important resource for mining operations within the system.

Orbiting Glacium are three automated mining stations, engineered to withstand the planet's intense atmospheric pressures and extreme cold. These stations, operating in a coordinated manner, are tasked with extracting hydrogen and helium, crucial for fuel and various industrial applications. The automation of these platforms ensures efficiency and safety, minimizing the need for human intervention in such a hostile environment.

A notable feature of Glacium is its unusually active and vivid magnetosphere, resulting in spectacular displays of auroras that are more intense and more frequent than those on similar gas giants. These auroras, caused by the interaction of the planet's magnetic field with solar winds, illuminate Glacium's atmosphere with brilliant and mesmerizing light shows. This natural phenomenon poses additional challenges for the automated stations, as the fluctuating magnetic fields can affect operational systems.

{{Planet Data
|name=Heliora
|class=I
|distance=7.59 AU
|period=38.25 Earth Years
|radius=33578.65 km
|gravity=1.80 G
}}
Heliora, a Class I Uranian gas giant in the Epsilon Arcanum system, stands out with its distinctive characteristics. Enveloped in a thick atmosphere rich in hydrogen, helium, and minor traces of methane, Heliora is a prime location for gas extraction, pivotal to the system's energy and industrial needs. The planet is orbited by three advanced automated mining stations, tasked with the efficient extraction of its valuable gases. These stations are marvels of engineering, designed to operate autonomously in the challenging conditions of deep space and extreme atmospheric pressures.

A unique and notable feature of Heliora is its series of stable storm systems. These storms, unlike the transient and chaotic weather patterns on other gas giants, have remained remarkably consistent in their location and intensity for as long as observations have been recorded. The storms of Heliora are massive in scale, with swirling clouds and winds that dwarf those found on similar planets. This phenomenon adds a dramatic visual element to Heliora. The presence of these Eternal Storms also influences the operational strategies of the mining stations, requiring adaptive and robust systems to navigate and function in the vicinity of such powerful atmospheric phenomena.

{{Planet Data
|name=Iciron
|class=C
|distance=15.39 AU
|period=110.45 Earth Years
|radius=3282.03 km
|gravity=0.18 G
}}
Iciron, reclassified as a Class C world in the Epsilon Arcanum system, presents a starkly different landscape from its gas giant counterparts. This frigid, atmosphere-less planet endures an average surface temperature of a mere 26 Kelvin (-247°C), placing it among the coldest bodies in the system. Average radiation exposure on the surface is 150 Sieverts per Hour, which is caused by the most striking aspect of Iciron. The planet has an exceptionally high content of Radium in the core and throughout the crust, accompanied by trace amounts of other radioactive materials. These radioactive materials together account for roughly 4.2% of the planet's mass. This unusual abundance renders it a challenge for resource extraction. The ionization properties of the planet, a result of its radioactive composition, create an environment where mining operations are not just difficult but perilously risky and economically unfeasible. As a result, no mining activities are permitted on Iciron. The risks associated with the planet's high radioactivity and the extreme cold, coupled with the technical challenges of operating in an environment devoid of an atmosphere, outweigh the potential benefits of resource extraction.

{{Planet Data
|name=Jotune
|class=P
|distance=29.73 AU
|period=296.67 Earth Years
|radius=7101.04 km
|gravity=1.16 G
}}
Jotune, classified as a Class P world in the Epsilon Arcanum system, possesses a remarkably thin atmosphere, primarily consisting of methane, ammonia, and various hydrogen compounds. The atmospheric layer extends to a mere 720 meters above the surface, categorizing it as exceptionally thin by terrestrial standards. This results in an average surface pressure of only 0.06 atmospheres, or about 6.1 kPa, which is significantly lower than that of Earth. Jotune is characterized by an extraordinarily high concentration of radium, along with notable quantities of uranium and plutonium. The abundance of radium is so significant that it constitutes over 5% of the planet's total mass. This composition leads to an extreme level of surface radiation, measured at an astounding 500 Sieverts per second.

[[Category:Crimson Horizon Sector]]
[[Category:Star Systems]]

Epsilon Arcanum Star System

2026-02-25T02:27:37Z

Cyclops:

[[File:Epsilon-Arcanum.png|thumb|Epsilon Arcanum Dwarf Star]]
{{Star Data
|type=M9 V Red Dwarf
|radius={{Exp|2.78|5}} km (0.40 of Sol)
|mass={{Exp|5.94|29}} kg (0.30 of Sol)
|temp=2100 K
|lum={{Exp|1.07|24}} W (< 0.01 of Sol)
|hab=Between 0.05 and 0.08 AU
|loc=[[Crimson Horizon Sector]]
}}
The Epsilon Arcanum system, managed by [[Stellarian Ore Enterprises]], is a central hub for extraterrestrial resource extraction. The heart of the operation is ''Arkonis'', a terrestrial world with a thin but breathable atmosphere that serves as the administrative headquarters. From here, the company coordinates mining activities across the system. Automated stations orbit the gas giants Cryotis, Dromida, Glacium, and Heliora to harvest hydrogen and helium. Other sites on Iciron and Jotune focus on extracting radioactive materials from their extreme environments. Frostara is a cold world with rich deposits of iron and nickel. These resources are mined at the Ironclad Bastion under the direction of Marcus Flint, the disciplined Operations Officer in charge of the site.

[[File:Arkonis-Planet.png|200px|thumb|Arkonis]]
{{Planet Data
|name=Arkonis
|class=H
|distance=0.07 AU
|period=11 Days
|radius=6596.43 km
|gravity=1.06 G
}}
Arkonis, a terrestrial world within the Epsilon Arcanum system, presents a unique and intriguing environment, notable for its mining colony Helion Enclave. The planet's hydrosphere is relatively sparse, with only 2% of its surface covered by water and an additional 26% by ice. Its atmosphere, though thin, is breathable, closely resembling that of Earth with its oxygen-nitrogen composition. Arkonis's biosphere primarily comprises prokaryotic microbes, indicative of basic life forms.

The geological landscape of Arkonis is marked by heavy volcanism, which has significantly shaped the terrain and interacted intriguingly with the ruins of an ancient civilization found across the planet. These ruins, many partially covered in lava flows, suggest a dramatic historical narrative. The average temperature on Arkonis is around 111 degrees Celsius, with an atmospheric pressure of about 197 kPa (1.94 atmospheres), presenting challenging conditions for colonization.

The biosphere of Arkonis is primarily composed of prokaryotic microbes, indicating a basic form of life that could offer valuable insights into early evolutionary processes. However, the most striking features of Arkonis are its geological and archaeological aspects. The planet is characterized by heavy volcanism, which has shaped its landscape significantly. This volcanic activity has also interacted with the remnants of an ancient civilization, whose ruins are found across the planet. Many of these ruins are buried or partially covered in lava flows, suggesting a dramatic and possibly abrupt end to this once-thriving civilization.

=== Orbital Station - Aurora Astra Station ===
Aurora Astra, orbiting the planet Arkonis, stands as a testament to the ingenuity and organizational prowess of Stellarian Ore Enterprises. This orbital station, primarily administrative in nature, houses the main company offices for the entire star system. It serves as the nerve center for managing not only the orbital space around Arkonis but also the broader logistical and operational aspects within the Epsilon Arcanum system. The station is a hub of activity, bustling with administrators, planners, and strategists who coordinate the intricate dance of mining ships, freighters, and exploratory vessels that navigate the system.

Dr. Elara Maelstrom and Administrator Kael Thorne effectively manage Aurora Astra, showcasing a blend of visionary strategy and operational efficiency. Positively, their collaboration results in a seamless execution of long-term plans and meticulous day-to-day management, setting a high standard for the station. However, their approach is not without its drawbacks. Dr. Maelstrom's broad focus sometimes overlooks immediate practical challenges, while Thorne's emphasis on details can lead to rigidity in adapting to unforeseen situations.

==== Manager Elara Maelstrom (45, Female, Human) ====
; Height & Weight
: 170 cm (5 feet 7 inches)
: 64 kg (141 lbs)
; Description: Dr. Maelstrom is a figure of poise and authority, with an athletic build that speaks to a disciplined lifestyle. Her sharp, steel-blue eyes are often described as piercing, reflecting a mind that is constantly analyzing and strategizing. Her hair is a cascade of silver, cut in a sleek, shoulder-length style that adds to her commanding presence. Her skin, fair and unblemished, contrasts sharply with her typically dark, tailored uniforms, which are both functional and elegant, embodying her role as both a scientist and an administrator.
; Motives: Dr. Maelstrom is driven by a profound sense of duty and a commitment to the advancement of human presence in space. Her dedication to Stellarian Ore Enterprises stems from a belief in the company's role in pioneering new frontiers and harnessing resources for the betterment of humanity. However, she is also motivated by a personal quest for knowledge and the satisfaction that comes from solving complex logistical and strategic challenges.
; Goals: Her immediate goals include ensuring the efficient operation of Aurora Astra, maintaining the station's position as a central hub for the system's mining operations, and strategically managing the company's resources and personnel. She is keenly focused on expanding the company's influence within the Epsilon Arcanum system while ensuring sustainable and ethical practices.
; Methods: Dr. Maelstrom employs a combination of rigorous scientific methodology and shrewd administrative tactics. She is known for her hands-on approach to management, often personally overseeing critical operations and decisions. Her methods include utilizing advanced data analysis, fostering a culture of innovation and efficiency among her staff, and maintaining strong communication channels both within Aurora Astra and with other entities in the system. She is also adept at navigating corporate politics, often using her diplomatic skills to forge beneficial alliances and negotiate deals that favor her company's interests.

==== Administrator Kael Thorne (38, Male, Human) ====
; Height & Weight
: 182 cm (6 feet)
: 78 kg (172 lbs)
; Description: Administrator Thorne is a tall, lean figure with a commanding presence. His hair is jet black, often styled back neatly, complementing his sharp jawline and intense hazel eyes. His skin bears a few scars, subtle reminders of his past fieldwork, adding a rugged aspect to his otherwise meticulous appearance. Thorne is usually seen in standard corporate attire, favoring dark suits that are both practical and professional. His demeanor is calm and collected, exuding a quiet confidence that commands respect among his peers and subordinates.
; Motives: Kael Thorne is driven by a desire for order and efficiency. His motivation lies in streamlining operations and maximizing the station's productivity. He believes strongly in the potential of Aurora Astra as a beacon of human ingenuity and sees his role as crucial in achieving that vision. Personal ambition also plays a role in his drive, as he aspires to rise within the ranks of Stellarian Ore Enterprises.
; Goals: Thorne's immediate goals revolve around improving the operational efficiency of Aurora Astra. He aims to implement new protocols and systems that enhance productivity and reduce waste. Another key goal is to support Dr. Maelstrom in her endeavors, ensuring that the station's strategic objectives are met while also preparing himself for future leadership roles.
; Methods: Administrator Thorne is methodical and detail-oriented in his approach. He relies heavily on data-driven decision-making and is known for his thorough analysis of every situation. His management style is more directive than Dr. Maelstrom's, preferring clear instructions and close monitoring of tasks. Thorne is also adept at crisis management, often taking a proactive approach to potential issues and resolving them efficiently. He values discipline and punctuality, fostering a work environment where these qualities are emphasized and rewarded.

=== Colony - Helion Enclave ===
[[File:Helion-Enclave.png|200px|thumb|Helion Enclave]]
Helion Enclave, situated within the Crimson Horizon Sector on the planet Arkonis, represents a notable example of technological advancement and opportunity. However, a closer examination reveals a more complex reality. The enclave, under the administration of Stellarian Ore Enterprises, illustrates a distinct corporate governance model. This model prioritizes efficiency and profitability, extending its influence beyond terrestrial operations to encompass control over orbital space, thereby establishing a near-monopolistic presence.

Governance within the enclave is overseen by Governor Lucia Marquez and Lt. Governor Dmitri Petrov, both of whom are appointees of Stellarian Ore Enterprises. Their administration is characterized by a focused commitment to resource extraction and operational optimization, aligning closely with the company's strategic objectives. This alignment results in a governance structure where the company's directives essentially become the overriding legal and social framework, supplanting traditional civic government models.

Within this framework, democratic elements, such as the role of the Proctor, currently held by Jasmine Li, are significantly constrained. Elected by the residents to represent their interests, the Proctor's influence is markedly limited in the face of the dominant corporate governance. Consequently, the enclave functions more akin to a corporate entity than a conventional society, with the residents' livelihoods and well-being closely tied to the fortunes and policies of Stellarian Ore Enterprises.

==== Governor Lucia Marquez (52, Female, Human) ====
; Height & Weight
: 165 cm (5 feet 5 inches)
: 59 kg (130 lbs)
; Description: Governor Marquez possesses a commanding presence with a stern demeanor. Her hair is a sleek, salt-and-pepper bob, framing a face marked by sharp, discerning eyes and a firm, set jaw. She carries herself with an air of authority, often dressed in tailored suits that project professionalism and control.
; Motives: Marquez is driven by a commitment to maintaining the profitability and efficiency of Helion Enclave. Her loyalty to Stellarian Ore Enterprises is unwavering, motivated by a belief in the company's mission and her own rise within its ranks.
; Goals: Her immediate goal is to ensure the smooth operation of the enclave, maximizing resource extraction and maintaining order. She aims to solidify the company's presence and influence in the sector.
; Methods: Marquez employs a top-down management style, issuing clear directives and expecting prompt execution. She relies heavily on data and reports, using them to make informed decisions and to keep a tight rein on all aspects of the colony.

==== Lt. Governor Dmitri Petrov (47, Male, Human) ====
; Height & Weight
: 183 cm (6 feet)
: 82 kg (180 lbs)
; Description: Petrov has a robust build, reflecting his engineering background. He has a pragmatic, no-nonsense appearance, with closely cropped dark hair and a steady, assessing gaze. His attire is usually practical, favoring functionality over style.
; Motives: Petrov is motivated by a passion for efficiency and order. He thrives on making the enclave's operations run smoothly and takes pride in his ability to solve practical problems.
; Goals: His immediate goal is to enhance the infrastructure of Helion Enclave, streamlining processes and ensuring that the colony operates at peak efficiency.
; Methods: Petrov’s approach is hands-on and detail-oriented. He frequently conducts site visits and engages directly with various operational teams, seeking to identify and rectify inefficiencies.

==== Proctor Jasmine Li (35, Female, Human) ====
; Height & Weight
: 168 cm (5 feet 6 inches)
: 54 kg (119 lbs)
; Description: Jasmine Li is characterized by a vibrant, approachable appearance. She has long, wavy hair that she often wears loosely, and her expressive eyes reflect a keen intelligence and empathy. Her clothing is more casual than the governors', reflecting her closer ties to the ordinary residents.
; Motives: Li is driven by a desire to represent and improve the lives of the residents of Helion Enclave. She seeks to bring a more humane and considerate perspective to the colony's administration.
; Goals: Her immediate goal is to have a meaningful impact on the colony's governance, striving to ensure that the residents' needs and concerns are addressed.
; Methods: Li employs a grassroots approach, often engaging directly with the residents to understand their issues. She uses this insight to advocate for their needs in administrative meetings, though her influence is often challenged by the dominant corporate agenda.

[[File:Bravara-Planet.png|200px|thumb|Bravara]]
[[File:Stellarian-Ore-Mobile-Mining-Facility.png|200px|thumb|Mobile Mining Facility]]
{{Planet Data
|name=Bravara
|class=C
|distance=0.22 AU
|period=70 Days
|radius=2228.76 km
|gravity=0.11 G
}}
Bravara, characterized by its stark and inhospitable landscape, is primarily composed of basalt, tar, and bitumen. This planet, devoid of an atmosphere, maintains an average surface temperature of -57°C. Its unique geological composition makes it a valuable site for mining operations, which focus on extracting carbon and other minerals. These mining activities are conducted through a series of mobile camps, designed to adapt to the challenging environment and facilitate efficient resource collection.

The ''Atlas Foundry'' space station, a [[Class K Space Station|Class K space station]], is in orbit. This station plays a crucial role in the planet's mining ecosystem. It specializes in the processing of raw materials extracted from Bravara, refining them into more usable forms and fabricating products for sale. The Atlas Foundry not only serves as a vital link in the supply chain but also stands as a testament to the ingenuity required to exploit resources in such extreme conditions.

=== Orbital Station - Atlas Foundry ===
Atlas Foundry, orbiting the barren planet Bravara is a [[Class K Space Station|Class K space station]], is an integral to the mining operations on Bravara, specializing in the processing and refining of raw materials extracted from the planet's unique basalt, tar, and bitumen landscapes. The Foundry is not just a hub of industrial activity; it's a lifeline, facilitating the transformation of raw, unyielding resources into valuable commodities. Equipped with state-of-the-art processing facilities and advanced fabrication units, Atlas Foundry plays a critical role in the economic ecosystem of the Epsilon Arcanum system, turning the inhospitable offerings of Bravara into marketable goods.

Raul Vargas, the Station Manager, brings a structured and data-driven approach, focusing on efficiency and output maximization. His administrative counterpart, Lena Kozlov, ensures the smooth running of the station's various departments, emphasizing collaboration and clear communication. Their leadership styles are complemented by Operations Officer Sam Hawkins, whose hands-on experience and no-nonsense attitude bridge the gap between high-level management decisions and the realities of on-the-ground operations. This triad of leadership ensures that the station not only meets its production targets but also maintains high standards of safety and functionality, crucial in the unforgiving environment of space.

The miners on Bravara have a complex relationship with Atlas Foundry. On one hand, they view the station as a vital component of their work, essential for turning their hard-earned extractions into profitable materials. There's a sense of respect for the efficiency and technical prowess that the Foundry represents. On the other hand, the miners are acutely aware of their position at the bottom of the corporate hierarchy. While they recognize the necessity of the Foundry, there's an undercurrent of detachment, if not subtle resentment, towards the corporate-driven management style. This sentiment is somewhat alleviated by the presence of Operations Officer Hawkins, whose background and realistic approach to operations earn him a degree of respect and relatability among the miners. His ability to translate their on-the-ground challenges into actionable changes at the managerial level creates a crucial link between the two worlds.

==== Station Manager Raul Vargas (48, Male, Human) ====
; Height & Weight
: 178 cm (5 feet 10 inches)
: 76 kg (167 lbs)
; Description: Raul Vargas is a distinguished figure, with neatly combed back hair showing hints of grey. His piercing grey eyes reflect a sharp mind, and his face bears the lines of years spent in strategic planning. He has a lean, upright posture, often seen in a standard-issue uniform that signifies his position.
; Motives: Vargas is driven by a desire to excel in his corporate role, seeing success in managing the Atlas Foundry as a stepping stone to higher corporate echelons. He values efficiency and profitability, aligning his objectives with those of the corporation.
; Goals: His immediate goal is to maximize the output of Atlas Foundry while maintaining high safety and efficiency standards. He aims to solidify the station's role as a pivotal processing hub in the system.
; Methods: Vargas employs a structured approach, relying on data and proven strategies to guide decision-making. He maintains a strict schedule and expects a high level of discipline and order from his team.

==== Administrator Lena Kozlov (43, Female, Human) ====
; Height & Weight
: 165 cm (5 feet 5 inches)
: 63 kg (139 lbs)
; Description: Lena Kozlov possesses a calm and composed demeanor. Her hair is cut short, framing her face in a practical style. She has a keen, observant gaze and moves with a purposeful grace. Her attire is always immaculate, reflecting her attention to detail.
; Motives: Kozlov is motivated by a strong sense of duty and a commitment to the company's vision. She seeks to demonstrate her capabilities as an effective leader in a challenging environment.
; Goals: Her immediate goal is to ensure the smooth administrative functioning of the station, coordinating various departments for optimal performance.
; Methods: Kozlov adopts a collaborative approach, frequently consulting with department heads and team leaders. She emphasizes clear communication and is adept at problem-solving, often taking a hands-on approach to resolve issues.

==== Operations Officer Sam Hawkins (39, Male, Human) ====
; Height & Weight
: 183 cm (6 feet)
: 88 kg (194 lbs)
; Description: Sam Hawkins is a robust individual with a rugged appearance. His face is weathered from years in mining, and his hands are calloused, bearing witness to his hands-on experience. He keeps his hair short and practical, and his attire is typically utilitarian, suited for his active role.
; Motives: Hawkins is a realist, driven by a no-nonsense attitude shaped by years of on-ground experience. He values practical solutions and has a deep understanding of the challenges faced by the workforce.
; Goals: His goal is to bridge the gap between management directives and ground-level operations, ensuring that procedures are realistic and efficient.
; Methods: Hawkins employs a direct approach, often leading by example. He spends considerable time on the operational floor, working closely with the team and offering practical insights. He values straightforward communication and is respected by the workforce for his hands-on experience and realistic approach to problem-solving.

{{Planet Data
|name=Cryotis
|class=I
|distance=0.34 AU
|period=132 Days
|radius=14902.71 km
|gravity=0.79 G
}}
Cryotis stands out in the Epsilon Arcanum system as a gas giant, its atmosphere rich in helium, hydrogen, and various hydrocarbons like methane and ammonia. This composition makes it an ideal location for resource extraction. The planet is orbited by a trio of automated mining platforms, working in unison to harvest hydrogen and helium. These platforms are engineered for durability, designed specifically for efficient atmospheric mining in the challenging conditions of a gas giant. A notable distinction of Cryotis is its vibrant and dynamic atmosphere, characterized by spectacular auroras. These auroras are a result of the planet's strong magnetic field interacting with solar winds, creating a breathtaking visual display.

Regular transport runs are made from Atlas Foundry to these stations, facilitating the collection of extracted materials and conducting routine maintenance. The automated nature of these platforms means they are not intended for long-term human habitation, featuring only minimal habitable spaces for maintenance workers and transport personnel who may need to board for essential tasks. Most of the transport work, including the transfer of materials and personnel, is efficiently handled via [[transporter]], minimizing the need for physical travel and reducing the risks associated with manned operations in such a volatile environment.

{{Planet Data
|name=Dromida
|class=I
|distance=0.58 AU
|period=294 Days
|radius=16982.67 km
|gravity=0.95 G
}}
Dromida, a Class I world akin to Neptune, is a significant presence in the Epsilon Arcanum system. Its composition primarily includes hydrogen and helium, with the presence of liquid methane closer to its core, along with trace amounts of various other hydrocarbons. This chemical makeup positions Dromida as an essential resource hub, particularly for the extraction of hydrogen and helium.

Like Cryotis, Dromida is orbited by a trio of automated mining stations, designed for the efficient extraction of its atmospheric resources. The operation of these stations is streamlined, with regular transport and maintenance runs from Atlas Foundry to manage the collection of resources and perform necessary maintenance tasks. The automated nature of these platforms ensures a focus on safety and efficiency, with minimal human interaction required. A notable feature of Dromida is its striking ring system, composed of ice particles and dust. These rings, also present unique navigational challenges and often cause problems with the automated mining stations which malfunction on a regular basis due to impact with stray material from the ring system.

{{Planet Data
|name=Elara
|class=I
|distance=1.06 AU
|period=2.00 Earth Years
|radius=16104.81 km
|gravity=0.99 G
}}
Elara, a planet within the Epsilon Arcanum system, offers both fascination and formidable challenges due to its unique environmental conditions. It is primarily known for its intense and massive electrical storms, a distinct feature in the system. These storms result from an atmospheric phenomenon where static electricity's ionic discharge interacts with ice particles in the middle and lower layers of the atmosphere. This complex interplay is intensified by the presence of Hydrazine and Phosphine crystals in Elara's upper atmosphere.

A key characteristic of these electrical storms is their ability to ignite. The charged particles, upon encountering pockets of atmospheric oxygen, frequently trigger spectacular and vigorous electrical displays. These displays, while visually striking, present considerable obstacles to operations or exploration on Elara. The severity of the storms renders the planet a challenging location for conventional mining activities.

Despite these challenges, Elara is being mined for its atmospheric hydrogen and helium through a network of three automated mining satellites. These stations are engineered to withstand the planet's harsh conditions, embodying robust and advanced technology to manage the unpredictable environment effectively. However, maintaining and operating these facilities requires significant effort, given the variable and often hostile atmospheric conditions. Consequently, the transport runs to Elara, necessary for resource extraction and maintenance, are among the most demanding in the sector.

[[File:Frostara-Planet.png|200px|thumb|Frostara]]
{{Planet Data
|name=Frostara
|class=C
|distance=2.09 AU
|period=5.54 Earth Years
|radius=1472.49 km
|gravity=0.09 G
}}
Frostara stands as an inhospitable and barren world in the Epsilon Arcanum system. The planet is entirely devoid of an atmosphere, with its surface locked in a perpetual deep freeze, exhibiting an average temperature of merely 70 Kelvin (-203°C). Its geological composition includes basalt, tar, and bitumen, enriched with significant veins of iron and nickel, making it a valuable mining target.

The mining operations on Frostara are conducted from a modestly-sized [[Platform Station]], known as ''Ironclad Bastion'', managed by Operations Officer Marcus Flint. The station's primary role is to oversee and facilitate the surface mining activities, ensuring efficiency and safety in the extreme conditions. The planet's surface presents numerous challenges, notably its extremely low gravity and the harshness of hard vacuum. These factors necessitate a high level of skill and experience, leading to a policy where only the most seasoned miners are permitted to work on Frostara.

This policy has an interesting consequence; miners often find themselves staying on Frostara's surface for extended periods, leading to a unique culture among the mining community. These long-term stays have fostered a sense of camaraderie and resilience among the miners, who have adapted to the planet's demanding environment.

=== Ironclad Bastion ===
Ironclad Bastion, a modest yet pivotal platform station orbiting the desolate world of Frostara, plays a crucial role in both the planet's mining operations and the broader Epsilon Arcanum system. This station, despite its small size and limited personnel, is the linchpin for the efficient extraction and initial processing of Frostara's rich mineral resources. Its compact structure is designed to withstand the planet's extreme conditions, housing state-of-the-art equipment and a seasoned crew who specialize in handling the complexities of mining in such a harsh environment.

Under the leadership of Marcus Flint, Ironclad Bastion has gained a reputation for excellence and reliability, far exceeding its modest physical footprint. Flint's expertise and steadfast approach to problem-solving have made him and his station an indispensable asset in the system. His ability to navigate and resolve the most challenging and dire situations has not gone unnoticed. As a result, Flint is frequently called upon to advise on or directly intervene in critical issues that arise in other operations within the Epsilon Arcanum system. His station, while primarily focused on Frostara's mining activities, has become a hub of technical and operational knowledge, contributing significantly to the stability and success of the entire system's mining endeavors.

==== Operations Officer Marcus "Marshal" Flint (45, Male, Human) ====
; Height & Weight:
: 182 cm (6 feet)
: 85 kg (187 lbs)
; Background: Marcus Flint's journey from a seasoned miner to Operations Officer is marked by resilience and adaptability. Having worked in the mines of Frostara for many years, Flint was known for his expertise and dedication. However, his life took a dramatic turn when he was involved in a serious accident that resulted in the loss of his leg while heroically ensuring the evacuation of three miners from a collapsing campsite. Following this incident, Stellarian Ore Enterprises provided him with a state-of-the-art cybernetic leg. Due to the stringent safety regulations, Flint could no longer be certified to work in the mines. Recognizing his invaluable experience and leadership qualities, the company offered him the position of Operations Officer to oversee Ironclad Bastion, the platform station on Frostara.
; Description: Marcus Flint is a robust figure, his physique shaped by years of physical labor. His cybernetic leg is a testament to both his past ordeal and his perseverance. He has a rugged appearance, with a weathered face that tells a story of a life spent in challenging environments. His eyes are sharp and observant, often reflecting a mix of seriousness and empathy. Flint usually dresses in practical attire suitable for his role, with the cybernetic limb often visible, serving as a reminder of his sacrifice and dedication.
; Motives: Marcus Flint's driving force is an unwavering commitment to the safety and security of his miners. His harrowing experiences and personal loss in the mines have carved into him a profound sense of responsibility for every person under his watch. This grizzled veteran, having seen the darkest depths of mining accidents, operates with an iron-clad resolve to protect his team. He is motivated not just by duty, but by a deeply ingrained need to prevent any more tragedies similar to his own.
; Goals: Flint's primary goal is to uphold and enforce the strictest safety standards at Ironclad Bastion. He aims to run an operation where efficiency never compromises safety. His dedication to this cause is unwavering – he is determined to see every miner under his care return safely from each shift, and he is relentless in his pursuit to make Frostara's mining operations as safe as humanly possible.
; Methods: Flint's approach is marked by a no-nonsense attitude and an almost militant adherence to safety protocols. He is known to be tough but fair, running Ironclad Bastion with an uncompromising hand when it comes to rules and regulations. His extensive experience as a miner informs his strict but effective management style. He ensures that his team is not just well-trained but also well-aware of the risks and the importance of vigilance in such a perilous environment. Flint values clear, direct communication and does not shy away from tough conversations. He has earned a reputation that even the higher-ups in the corporate ladder recognize; cross him on matters of safety, and there will be consequences. His leadership fosters an atmosphere of serious professionalism, where safety is paramount and negligence is not tolerated.

{{Planet Data
|name=Glacium
|class=I
|distance=3.93 AU
|period=14.28 Earth Years
|radius=27098.93 km
|gravity=1.48 G
}}
Glacium, a Class I Uranian gas giant in the Epsilon Arcanum system, presents its own unique set of characteristics and challenges. This planet, with its deep blue and green hues, is predominantly composed of hydrogen, helium, and methane, making it an important resource for mining operations within the system.

Orbiting Glacium are three automated mining stations, engineered to withstand the planet's intense atmospheric pressures and extreme cold. These stations, operating in a coordinated manner, are tasked with extracting hydrogen and helium, crucial for fuel and various industrial applications. The automation of these platforms ensures efficiency and safety, minimizing the need for human intervention in such a hostile environment.

A notable feature of Glacium is its unusually active and vivid magnetosphere, resulting in spectacular displays of auroras that are more intense and more frequent than those on similar gas giants. These auroras, caused by the interaction of the planet's magnetic field with solar winds, illuminate Glacium's atmosphere with brilliant and mesmerizing light shows. This natural phenomenon poses additional challenges for the automated stations, as the fluctuating magnetic fields can affect operational systems.

{{Planet Data
|name=Heliora
|class=I
|distance=7.59 AU
|period=38.25 Earth Years
|radius=33578.65 km
|gravity=1.80 G
}}
Heliora, a Class I Uranian gas giant in the Epsilon Arcanum system, stands out with its distinctive characteristics. Enveloped in a thick atmosphere rich in hydrogen, helium, and minor traces of methane, Heliora is a prime location for gas extraction, pivotal to the system's energy and industrial needs. The planet is orbited by three advanced automated mining stations, tasked with the efficient extraction of its valuable gases. These stations are marvels of engineering, designed to operate autonomously in the challenging conditions of deep space and extreme atmospheric pressures.

A unique and notable feature of Heliora is its series of stable storm systems. These storms, unlike the transient and chaotic weather patterns on other gas giants, have remained remarkably consistent in their location and intensity for as long as observations have been recorded. The storms of Heliora are massive in scale, with swirling clouds and winds that dwarf those found on similar planets. This phenomenon adds a dramatic visual element to Heliora. The presence of these Eternal Storms also influences the operational strategies of the mining stations, requiring adaptive and robust systems to navigate and function in the vicinity of such powerful atmospheric phenomena.

{{Planet Data
|name=Iciron
|class=C
|distance=15.39 AU
|period=110.45 Earth Years
|radius=3282.03 km
|gravity=0.18 G
}}
Iciron, reclassified as a Class C world in the Epsilon Arcanum system, presents a starkly different landscape from its gas giant counterparts. This frigid, atmosphere-less planet endures an average surface temperature of a mere 26 Kelvin (-247°C), placing it among the coldest bodies in the system. Average radiation exposure on the surface is 150 Sieverts per Hour, which is caused by the most striking aspect of Iciron. The planet has an exceptionally high content of Radium in the core and throughout the crust, accompanied by trace amounts of other radioactive materials. These radioactive materials together account for roughly 4.2% of the planet's mass. This unusual abundance renders it a challenge for resource extraction. The ionization properties of the planet, a result of its radioactive composition, create an environment where mining operations are not just difficult but perilously risky and economically unfeasible. As a result, no mining activities are permitted on Iciron. The risks associated with the planet's high radioactivity and the extreme cold, coupled with the technical challenges of operating in an environment devoid of an atmosphere, outweigh the potential benefits of resource extraction.

{{Planet Data
|name=Jotune
|class=P
|distance=29.73 AU
|period=296.67 Earth Years
|radius=7101.04 km
|gravity=1.16 G
}}
Jotune, classified as a Class P world in the Epsilon Arcanum system, possesses a remarkably thin atmosphere, primarily consisting of methane, ammonia, and various hydrogen compounds. The atmospheric layer extends to a mere 720 meters above the surface, categorizing it as exceptionally thin by terrestrial standards. This results in an average surface pressure of only 0.06 atmospheres, or about 6.1 kPa, which is significantly lower than that of Earth. Jotune is characterized by an extraordinarily high concentration of radium, along with notable quantities of uranium and plutonium. The abundance of radium is so significant that it constitutes over 5% of the planet's total mass. This composition leads to an extreme level of surface radiation, measured at an astounding 500 Sieverts per second.

[[Category:Crimson Horizon Sector]]
[[Category:Star Systems]]

Class 2D Body Armor

2026-02-09T20:03:16Z

Cyclops:

{{DEFAULTSORT:Body Armor, Class 2D}}[[File:{{#setmainimage:class-2d-armor.jpg}}|thumb]]
This second generation of light body armor has been developed by [[Solas Tempus]] Engineers as an experimental platform for developing personal deflector shields. The armor is currently in its third prototype phase, and has passed its laboratory experimentation.

== Deflector Shields ==
While it is slightly thicker than the [[Class 1D Body Armor]] this additional thickness provides space for a simple shield grid to be installed. The grid projects outward from the armor but confines itself dynamically to remain skin tight and allow the wearer to interact with objects. A more powerful series of emitter arrays line the waist, neck, and arm hem lines to project the shield outward and cover the extremities.

== Capabilities / Issues ==
Laboratory experimentation has been successful at projecting the shield surface to cover the entire body, however, testing done on confining the field to wrap around the fingers and allow interaction with ones environment has been less successful. Currently, the armor's deflector system still has problems allowing the wearer to interact with objects. To overcome this issue, specialized gloves can be worn with give the shield emitters access to sensors in the gloves which then allow the system to better confine the field. Another problem has come up in handling of weapons, without the gloves handling weapons has been problematic, as the static shield must stop at the hands to allow the weapons to function, it can potentially leave the hands themselves open to damage.

This is less than ideal, and it is hoped that through more practical testing a better solution can be found. One suggested solution is to have the armor have multiple modes, a skin-tight mode which offers limited protection of the hands but allows for dexterous handling of objects and weaponry while a second mode allows for a projected shield in a spheroid pattern to provide more robust protection. Several sensor algorithms have been produced to attempt to automate transition between two such modes.

== Protection ==
The armor itself provides similar protection as the Class 1D series, though it is slightly less effective against kinetic damage without the shield emitters active. The shield grid itself is also susceptible to bleed-through damage, approximately a 31% of kinetic energy bleeds through and 24% of EM bleeds through upon directed impact to the armor. This does not, however, include ambient radiation which the shield allows 100% protection from while power output is maintained.

The shield system should be able to protect the wearer from at least 5-7 direct energy weapon hits as well as 2-4 direct kinetic impacts. Laboratory tests have shown the shield collapses when hit with a significant concussive wave and thus can protect the wearer against a nearby explosion, but just once. Such an explosion disables the shield grid due to damage / overload about 67% of the time.

== Recharge / Power ==
Power is supplied by a specialized power cell which is equipped with a rapid recharge capability. The system is able to recharge a depleted shield within 4-5 minutes of being deactivated. The regenerative capacity is still experimental, however, and has not been fully tested in real-life conditions. Laboratory tests have been very effective, however.

[[Category:Advanced Armor]]

File:Class-2d-armor.jpg

2026-02-09T20:02:56Z

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2026-02-09T19:51:49Z

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2026-02-09T19:41:42Z

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2026-02-09T15:23:24Z

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File:Class-n-male.png

2026-01-24T02:37:13Z

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=={{int:filedesc}}==
{{Information
|description={{no|1=Male Class N Armor}}
|date=2025-05-28
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

=={{int:license-header}}==
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[[Category:AI Characters]]

File:Class-n-feminine.png

2026-01-24T02:36:31Z

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=={{int:filedesc}}==
{{Information
|description={{no|1=Female Class N Armor}}
|date=2025-05-28
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

=={{int:license-header}}==
{{self|cc-by-sa-4.0}}

[[Category:AI Characters]]

File:Vertex-integrated-scanner-2.jpg

2026-01-17T04:19:18Z

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The ownership of this images and any products showcased in this image are attributed to Google LLC. This includes any trademarks, logos, or distinctive features associated with these products. It is essential to recognize that the presence of these images on this website does not imply any endorsement, sponsorship, or partnership between the website owner, hosting provider, or any other affiliated entity, and Google LLC or the products depicted therein.

The purpose of featuring these images is to acknowledge and celebrate the exceptional craftsmanship, innovation, and dedication to quality exhibited by Google LLC in the creation of the devices portrayed. They are presented as a homage to the technological advancements and contributions made by Google LLC within the industry.

Furthermore, it should be understood that any opinions, commentary, or interpretations provided alongside these images are solely those of the website owner or contributors and do not necessarily reflect the views or official positions of Google LLC.

File:Vertex-integrated-scanner-1.jpg

2026-01-17T04:18:48Z

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Mark 3 Vertex Integrated Scanner

2026-01-17T04:15:22Z

Cyclops:

{{DEFAULTSORT:Vertex Integrated Scanner, Mark 3}}
[[File:Vertex-integrated-scanner-1.jpg|thumb|Mark 3 Vertex Integrated Scanner]]
[[File:Vertex-integrated-scanner-2.jpg|thumb|Mark 3 Vertex Integrated Scanner]]
The Mark 3 Vertex Integrated Scanner offers dual-form versatility, functioning in both a folded and unfolded state. In the folded mode, the device operates as a streamlined data access terminal featuring a 16.0-cm Dynamic Quantum Dot LED cover display, a high-fidelity triple-lens sensor array, and a side-mounted biometric security scanner. This compact configuration allows the user to perform essential field operations—such as tracking local aether signatures, encrypted communication, and rapid queries of the [[Solas Tempus]] database.

When deployed into unfolded mode, the Mark 3 transforms into a 19.3-cm tablet, utilizing a proprietary Infinity Flex screen architecture that remains durable under extreme stress. This expanded workspace provides the necessary real estate for advanced schematic analysis and multi-phasic scanning operations.

== Holographic Interface ==
The device has a built-in holographic display system that can produce 3D images that can interact with the user and the environment. The holographic display system uses the Quantum Dot LED (QLED) display as a source of light and energy, and projects holographic energy in specific patterns effectively around the device.

The holographic display system has two modes, a high quality mode and a low quality mode. In the high quality mode, the holographic display system can create high resolution and high quality holograms that can extend up to 10 meters from the device. The holograms in this mode can be touched and manipulated by the user, and can also respond to the physical and temporal properties of the environment. In the low quality mode, the holographic display system can create low resolution and low quality holograms that can extend up to 40 meters from the device. The holograms in this mode have no surface to touch, and are mainly used for visual and auditory communication and information. The low quality mode is useful for long range scanning and detection of anomalous signatures, as well as for emergency and distress signals and messages.

The holographic display system can be controlled and customized by the user, using voice commands, gestures, or the device interface. The user can adjust the size, shape, color, brightness, and volume of the holograms, as well as the angle, distance, and direction of the projection. The user can also switch between the high quality and low quality modes, depending on the situation and the purpose of the holograms.

== Capabilities ==
This device is a powerful and versatile scanning and data processing system that can operate in any environment and situation. It can use a range of sensors to detect and measure various aspects of the surrounding area, such as subspace, electromagnetic, temporal, infrared, visible light, ultraviolet, audio, biomedical, and genetic properties. It can also handle and coordinate multiple dynamic data streams simultaneously from remote sensing, library computer access, and internal sensing systems, using high bandwidth isolinear and optical data processing suite and bioneural circuitry with RNA sequence memory storage. Moreover, it can remotely control and coordinate other devices and systems, such as piloting vehicles, commanding surveillance drone swarms, and managing active repair systems. Not all features are available in all scenarios, some features such as temporal scanning and similar are subject to security clearances provided by Solas Tempus.

=== Scanning ===
* [[VAM Enhanced Sensor Pallet]]
* Active & Passive Ultra High Resolution Subspace & Scanners
* Quantum Resolution Directed Active & Passive Scanner Elements
: These are designed for close (within a meter or less) in depth scans of objects.
* Active & Passive Temporal Scanner
* Real-Time Audio, EM, and Subspace Pattern Analyzer
* Active & Passive Audio Imaging System
: Can generate live sonar and echo-location data into an accurate 3D representation.
* Active & Passive Atomic Resolution Biomedical Scanner w/ RNA & DNA Sequence Analysis

=== Data Processing ===
* High Bandwidth Isolinear & Optical Data Processing Suite with NLQPA Core
* Bioneural Circuitry with RNA Sequence Memory Storage
* Remote Command and Control Interface
* [[Multinodal Core]]
: The device can be activated as it's own multinodal core rather than having one inserted.

=== Range ===
== Range ==
The range of the device is dependent on many factors. Under standard conditions, the scanning elements have these ranges. Closer is always preferred, as the closer the object is, the more processing systems and additional sensor data can be added to assist in analysis. Communication with a larger computer system or multiple Vertex devices can also aid in increasing resolution.

{| class="wikitable"
! Type !! Range !! Description
|-
| style="white-space:nowrap;" | Planck Scale Analyzer || style="white-space:nowrap;text-align:right;" | 2.1 meters || Quantum resolution scanner, used for ultra-precise imaging of microscopic objects. Capable of analyzing nanotechnology, forensic evidence, and detailed biological structures at the quantum level.
|-
| style="white-space:nowrap;" | Molecular Resonance Scanner || style="white-space:nowrap;text-align:right;" | 27.9 meters || Molecular resolution scanner, ideal for chemical composition analysis, detecting trace elements, and verifying the authenticity of materials in engineering, medicine, and security applications.
|-
| style="white-space:nowrap;" | Geological Sensor Array || style="white-space:nowrap;text-align:right;" | 13.2 km || Designed for surveying terrain, locating underground structures, and identifying mineral deposits in urban and wilderness environments.
|-
| style="white-space:nowrap;" | VAM Topographical Imaging Array || style="white-space:nowrap;text-align:right;" | 28.4 km || Specialized for detecting electromagnetic fluctuations and structural weaknesses in buildings, vehicles, and artificial environments.
|-
| style="white-space:nowrap;" | Neutrino Emission Scanner || style="white-space:nowrap;text-align:right;" | 23.65 km || Detects hidden power sources, shielded electronics, and potential radiation leaks, useful for security and engineering diagnostics.
|-
| style="white-space:nowrap;" | High Resolution Temporal Scanners || style="white-space:nowrap;text-align:right;" | 161 km || Capable of detecting distortions in localized time flow, useful for forensic investigations, security monitoring, and advanced research applications.
|-
| style="white-space:nowrap;" | Short Range Sensors || style="white-space:nowrap;text-align:right;" | 305.6 km || General-purpose high-resolution sensors for detecting life signs, tracking objects, and monitoring environmental conditions within a controlled space.
|-
| style="white-space:nowrap;" | Subspace Distortion Sensors || style="white-space:nowrap;text-align:right;" | 899 km || Optimized for detecting energy field disruptions, interference in communications, and high-energy emissions from experimental technologies.
|-
| style="white-space:nowrap;" | Advanced Spectral Analyzers || style="white-space:nowrap;text-align:right;" | 1211 km || Capable of analyzing complex light spectra, detecting exotic materials, and assisting in precision calibrations of high-tech equipment.
|-
| style="white-space:nowrap;" | Low Resolution Temporal Anomaly Sensors || style="white-space:nowrap;text-align:right;" | 1608 km || Used to detect general time fluctuations, assess potential hazards in high-energy research, and monitor environmental stability.
|-
| style="white-space:nowrap;" | Gravitational Displacement Scanners || style="text-align:right;" | 1722 km || Detects gravitational shifts, structural integrity fluctuations, and mass distribution anomalies in artificial and natural environments.
|-
| style="white-space:nowrap;" | Long Range Sensors || style="text-align:right;" | 2081 km || Optimized for tracking large-scale movements, detecting high-mass objects, and identifying gravitational or magnetic disturbances over vast areas.
|}

== Components ==
; QLED Holographic Displays: A pair of displays, the primary display is a holographic Quantum LED (QLED) display. The secondary display is a holographic QLED as well but is also designed to fold and unfold without breaking.
; Multiphasic Sensor Suite: An advanced multiphasic sensor suite based on the VAM Enhanced Sensor Pallet that can capture high-quality images and videos in various modes and environments.
; Multi-Factor Biometric Security: A security system that can compare detailed sensor readings of the operator with the person it is assigned to, using fingerprint, iris, voice, and DNA recognition.
; NLQPA: A Non-Linear Quantum Processing Array (NLQPA) that can handle complex non-linear algorithms, encrypt and decrypt data, and resist temporal interference.
; MAFS: A Multiphasic Anomaly Field Scanner (MAFS) that can detect, measure, and analyze, patterns by processing the incoming sensor data through it's anomaly detection and analysis software.

== History ==
The MAFS was first conceived in 2385, when Solas Tempus realized that there was a need for a smaller and more portable scanning device that could operate in different situations and locations. The existing vertex scanners were bulky and limited in functionality, and the vertex combat scanners were too specialized and expensive. Solas Tempus needed a more efficient and versatile device that could serve multiple purposes and users. Solas Tempus assigned a team of engineers, scientists, and aether experts to work on the project, codenamed Nova Horizon. The team was inspired by a foldable data access device that was released in 2384 and became the standard for Solas Tempus agents and allies. The team decided to use the foldable data access device as a base model and modify it with aether technology and Solas Tempus specifications.

The team faced many challenges and setbacks during the development process, such as finding a suitable material for the foldable screen, integrating the NLQPA and the MAFS, and optimizing the battery life and performance. The team also had to deal with the constant threat of temporal attacks and sabotage from hostile factions that wanted to exploit or destroy the device. The team finally completed the prototype of the MAFS in 2389, after four years of hard work and dedication. The prototype was tested and approved by Solas Tempus, and the device was ready for mass production and distribution. The MAFS was hailed as a breakthrough in aether technology and a vital tool for temporal defense.

[[Category:Advanced Technology]]

File:Astra-lux.jpg

2026-01-14T22:22:35Z

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=={{int:filedesc}}==
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|description={{no|1=Astra Lux}}
|date=2024-04-29
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

=={{int:license-header}}==
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File:Astra-lux.jpg

2025-12-27T03:34:16Z

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2025-12-26T22:43:14Z

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File:Eliane-fiammetta-thomas.jpg

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== Original Version ==
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{{Information
|description={{no|1=Character image for Eliane Fiammetta Thomas}}
|date=2019-10-20
|source=https://abrakadabra.fun/10776-padshaja-miss-fortuna-art.html
|author=Ross Tran
|permission=
|other versions=
}}

File:Ember-idalia-thomas.jpg

2025-12-26T22:42:19Z

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== Original Version ==
The original version came from the source below.

{{Information
|description={{no|1=Character image of Ember Idalia Thomas.}}
|date=2022-01-29
|source=https://rossdraws.com/collections/prints/products/witch-girl
|author=Ross Tran
|permission=
|other versions=
}}

Xanthon Star System

2025-12-26T18:31:18Z

Cyclops: Fixed image rendering

[[File:Xanthon-Star.png|thumb|Xanthon]]{{Star Data
|type=G9V Yellow Main Sequence Star
|radius={{Exp|4.17|8}} km
|mass={{Exp|2.15|30}} kg (110% of Sol)
|temp=5200 K
|lum={{Exp|4.98|26}} W (130% of Sol)
|hab=Between 1.09 and 1.57 AU
|loc=[[Xi Seraphim Sector]]
}}
Located in the [[Xi Seraphim]] Sector, the Xanthon system is powered by a G9V Yellow Main Sequence star that is slightly more massive and luminous than Sol. The inner system is dominated by Anathema, a small, scorched Class A world orbiting at 0.593 AU, where the surface is choked by volcanic activity and a crushing 15-atmosphere sulfur dioxide environment. Beyond this hellscape lies a dense asteroid belt (0.859–1.419 AU) that acts as a boundary to the system's habitable zone. Here, the Class M world Kenoma orbits at 1.321 AU, serving as a sanctuary of life with an Earth-like oxygen-nitrogen atmosphere and a complex retinue of five moons—ranging from the massive Sabaoth to the tiny, icy Ariel. The system concludes with the solitary Class I ice giant Pleroma at 2.304 AU, a cold, moonless world of ammonia and methane marked by a tilted magnetic field.

== Anathema ==
{{Planet Data
|class=A
|distance={{Exp|8.9|7}} km (0.593 AU)
|period=166 days 22 hours and 5 minutes
|radius=3,093.8 km
|gravity=0.381 g
}}
The planet is a Class A terrestrial body situated at an orbital distance of {{Exp|8.9|7}} km (0.593 AU) from its primary star. It maintains an orbital period of 166 days, 22 hours, and 5 minutes. The physical characteristics of the world include a radius of 3,093.8 km and a surface gravity of 0.381 g. This small, barren, and volcanic planet possesses no natural satellites. Environmental conditions are characterized by an extreme atmospheric pressure averaging 1530.4 kPa (15.11 atmospheres) and a mean surface temperature of 129.7°C. The atmospheric composition is dominated by sulfur dioxide and carbon dioxide. Geologically, the surface is composed primarily of igneous silica and basalt.

== Asteroid Belt ==
Occupying the orbital plane between 0.659 AU and 1.019 AU, this asteroid belt serves as a stark boundary between the scorched inner system and the habitable zone. Due to the high luminosity of Xanthon, the constituents of the Veil are devoid of volatiles; they are exclusively refractory bodies dominated by S-type stony silicates and dense M-type nickel-iron cores, remnants of a differentiated planetary embryo that failed to coalesce. The region is exceptionally massive, containing a total material mass of approximately {{Exp|6.0|21}} kg, roughly double that of the Solar System’s main belt. While individual large bodies remain separated by vast distances, this increased number density creates a highly active region of collisions. The constant grinding of rock against metal generates a thick, persistent disk of micrometer-sized dust grains, scattering the star's light to create a brilliant, distinct band of zodiacal light visible from the surface of Kenoma.

== Kenoma ==
{{Planet Data
|class=M
|distance=1.321 AU
|period=1 year 189 days 7 hours and 22 minutes
|radius=9,587.91 km
|gravity=0.934 g
}}
The planet is a Class M terrestrial world orbiting at a distance of 1.321 AU. It completes one sidereal period every 1 year, 189 days, 7 hours, and 22 minutes. Structurally, the planet has a radius of 9,587.91 km and exerts a surface gravity of 0.934 g. A system of 5 moons orbits the planet. The environment is Earth-like with a mean surface temperature of 11.1°C and an average atmospheric pressure of 90.7 kPa (0.90 atmospheres). Its atmosphere consists primarily of oxygen, nitrogen, and argon. The lithosphere is composed of silicon, iron, and magnesium.

=== Sabaoth ===
{{Planet Data
|class=D
|distance={{Exp|7.32701|6}} km
|period=3 days 23 hours and 1 minute
|radius=2,748.55 km
|gravity=0.409 g
}}
This substantial moon orbits at a distance of approximately {{Exp|7.32701|6}} km, completing a revolution every 3 days, 23 hours, and 1 minute. With a radius of 2,748.55 km, it is a significant body, exerting a surface gravity of 0.409 g. Despite its size this moon is a cold, desolate world; it lacks an atmosphere entirely, and its surface temperature averages -33.6°C.

=== Saklas ===
{{Planet Data
|class=D
|distance={{Exp|1.12552|7}} km
|period=7 days 12 hours and 54 minutes
|radius=2,280.59 km
|gravity=0.33 g
}}
This moon circles its parent body at a distance of {{Exp|1.12552|7}} km with an orbital period of 7 days, 12 hours, and 54 minutes. It has a radius of 2,280.59 km and a surface gravity of 0.33 g, making it slightly smaller and lighter than Moon 805. The surface is devoid of an atmosphere and maintains an average temperature of -23.7°C.

=== Nebro ===
{{Planet Data
|class=D
|distance={{Exp|1.39874|7}} km
|period=10 days 10 hours and 37 minutes
|radius=1,876.04 km
|gravity=0.255 g
}}
Orbiting further out at {{Exp|1.39874|7}} km, the moon takes 10 days, 10 hours, and 37 minutes to complete a full circuit. It is a moderately sized moon with a radius of 1,876.04 km and a relatively low gravity of 0.255 g. The environment is harsh and vacuum-exposed, with no atmosphere to trap heat, resulting in an average surface temperature of -22.7°C.

=== Ariel ===
{{Planet Data
|class=D
|distance={{Exp|1.42800|7}} km
|period=10 days 18 hours and 31 minutes
|radius=95.3 km
|gravity=0.011 g
}}
Moon 535 is a tiny, distinct object compared to the others in this system. While it orbits at a similar distance of {{Exp|1.42800|7}} and shares a similar period of 10 days, 18 hours, and 31 minutes, it is drastically smaller, with a radius of only 95.3 km. Consequently, its gravity is negligible at just 0.011 g. This small, icy chunk has no atmosphere and sits at a colder average temperature of -39.0°C.

=== Yaldabaoth ===
{{Planet Data
|class=D
|distance={{Exp|1.43484|7}} km
|period=10 days 20 hours and 23 minutes
|radius=1,397.49 km
|gravity=0.197 g
}}
This moon orbits at a distance of {{Exp|1.43484|7}} km, very close to the orbital path of it's nearest neighbor, with a period of 10 days, 20 hours, and 23 minutes. It is, however, much larger than its tiny neighbor, boasting a radius of 1,397.49 km and a gravity of 0.197 g. The surface is an airless expanse of ice and frozen hydrocarbons with an average temperature of -28.6°C.

== Pleroma ==
{{Planet Data
|class=I
|distance=2.304 AU
|period=3 years 182 days 15 hours and 21 minutes
|radius=19,631.6 km
|gravity=0.177 g
}}
Classified as an ice giant, this planet orbits at a distance of 2.304 AU, completing a full revolution every 3 years, 182 days, 15 hours, and 21 minutes. Despite a substantial radius of 19,631.6 km, the world possesses a remarkably low surface gravity of 0.177 g and lacks any orbiting moons. Its composition is a mixture of rock, ice, methane, and ammonia, distinguished by a tilted magnetic field. Deep inside, the average internal conditions reach 568.0 atmospheres (57,540.7 kPa) at a temperature of 8.3°C, with the atmospheric pressure dropping by a third to a half for every 293.2 km of distance from the core.

[[Category:Star Systems]]
[[Category:Xi Seraphim Sector]]

File:Xanthon-Star.png

2025-12-26T18:29:03Z

Cyclops: Cyclops uploaded a new version of File:Xanthon-Star.png

=={{int:filedesc}}==
{{Information
|description={{no|1=The star Xanthon}}
|date=2025-12-26
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

=={{int:license-header}}==
{{self|cc-by-sa-4.0}}

[[Category:AI Generated]]

Xanthon Star System

2025-12-26T18:27:15Z

Cyclops: Added image

[[File:Xanthon-Star.png|thumb|Xanthon]]
{{Star Data
|type=G9V Yellow Main Sequence Star
|radius={{Exp|4.17|8}} km
|mass={{Exp|2.15|30}} kg (110% of Sol)
|temp=5200 K
|lum={{Exp|4.98|26}} W (130% of Sol)
|hab=Between 1.09 and 1.57 AU
|loc=[[Xi Seraphim Sector]]
}}
Located in the [[Xi Seraphim]] Sector, the Xanthon system is powered by a G9V Yellow Main Sequence star that is slightly more massive and luminous than Sol. The inner system is dominated by Anathema, a small, scorched Class A world orbiting at 0.593 AU, where the surface is choked by volcanic activity and a crushing 15-atmosphere sulfur dioxide environment. Beyond this hellscape lies a dense asteroid belt (0.859–1.419 AU) that acts as a boundary to the system's habitable zone. Here, the Class M world Kenoma orbits at 1.321 AU, serving as a sanctuary of life with an Earth-like oxygen-nitrogen atmosphere and a complex retinue of five moons—ranging from the massive Sabaoth to the tiny, icy Ariel. The system concludes with the solitary Class I ice giant Pleroma at 2.304 AU, a cold, moonless world of ammonia and methane marked by a tilted magnetic field.

== Anathema ==
{{Planet Data
|class=A
|distance={{Exp|8.9|7}} km (0.593 AU)
|period=166 days 22 hours and 5 minutes
|radius=3,093.8 km
|gravity=0.381 g
}}
The planet is a Class A terrestrial body situated at an orbital distance of {{Exp|8.9|7}} km (0.593 AU) from its primary star. It maintains an orbital period of 166 days, 22 hours, and 5 minutes. The physical characteristics of the world include a radius of 3,093.8 km and a surface gravity of 0.381 g. This small, barren, and volcanic planet possesses no natural satellites. Environmental conditions are characterized by an extreme atmospheric pressure averaging 1530.4 kPa (15.11 atmospheres) and a mean surface temperature of 129.7°C. The atmospheric composition is dominated by sulfur dioxide and carbon dioxide. Geologically, the surface is composed primarily of igneous silica and basalt.

== Asteroid Belt ==
Occupying the orbital plane between 0.659 AU and 1.019 AU, this asteroid belt serves as a stark boundary between the scorched inner system and the habitable zone. Due to the high luminosity of Xanthon, the constituents of the Veil are devoid of volatiles; they are exclusively refractory bodies dominated by S-type stony silicates and dense M-type nickel-iron cores, remnants of a differentiated planetary embryo that failed to coalesce. The region is exceptionally massive, containing a total material mass of approximately {{Exp|6.0|21}} kg, roughly double that of the Solar System’s main belt. While individual large bodies remain separated by vast distances, this increased number density creates a highly active region of collisions. The constant grinding of rock against metal generates a thick, persistent disk of micrometer-sized dust grains, scattering the star's light to create a brilliant, distinct band of zodiacal light visible from the surface of Kenoma.

== Kenoma ==
{{Planet Data
|class=M
|distance=1.321 AU
|period=1 year 189 days 7 hours and 22 minutes
|radius=9,587.91 km
|gravity=0.934 g
}}
The planet is a Class M terrestrial world orbiting at a distance of 1.321 AU. It completes one sidereal period every 1 year, 189 days, 7 hours, and 22 minutes. Structurally, the planet has a radius of 9,587.91 km and exerts a surface gravity of 0.934 g. A system of 5 moons orbits the planet. The environment is Earth-like with a mean surface temperature of 11.1°C and an average atmospheric pressure of 90.7 kPa (0.90 atmospheres). Its atmosphere consists primarily of oxygen, nitrogen, and argon. The lithosphere is composed of silicon, iron, and magnesium.

=== Sabaoth ===
{{Planet Data
|class=D
|distance={{Exp|7.32701|6}} km
|period=3 days 23 hours and 1 minute
|radius=2,748.55 km
|gravity=0.409 g
}}
This substantial moon orbits at a distance of approximately {{Exp|7.32701|6}} km, completing a revolution every 3 days, 23 hours, and 1 minute. With a radius of 2,748.55 km, it is a significant body, exerting a surface gravity of 0.409 g. Despite its size this moon is a cold, desolate world; it lacks an atmosphere entirely, and its surface temperature averages -33.6°C.

=== Saklas ===
{{Planet Data
|class=D
|distance={{Exp|1.12552|7}} km
|period=7 days 12 hours and 54 minutes
|radius=2,280.59 km
|gravity=0.33 g
}}
This moon circles its parent body at a distance of {{Exp|1.12552|7}} km with an orbital period of 7 days, 12 hours, and 54 minutes. It has a radius of 2,280.59 km and a surface gravity of 0.33 g, making it slightly smaller and lighter than Moon 805. The surface is devoid of an atmosphere and maintains an average temperature of -23.7°C.

=== Nebro ===
{{Planet Data
|class=D
|distance={{Exp|1.39874|7}} km
|period=10 days 10 hours and 37 minutes
|radius=1,876.04 km
|gravity=0.255 g
}}
Orbiting further out at {{Exp|1.39874|7}} km, the moon takes 10 days, 10 hours, and 37 minutes to complete a full circuit. It is a moderately sized moon with a radius of 1,876.04 km and a relatively low gravity of 0.255 g. The environment is harsh and vacuum-exposed, with no atmosphere to trap heat, resulting in an average surface temperature of -22.7°C.

=== Ariel ===
{{Planet Data
|class=D
|distance={{Exp|1.42800|7}} km
|period=10 days 18 hours and 31 minutes
|radius=95.3 km
|gravity=0.011 g
}}
Moon 535 is a tiny, distinct object compared to the others in this system. While it orbits at a similar distance of {{Exp|1.42800|7}} and shares a similar period of 10 days, 18 hours, and 31 minutes, it is drastically smaller, with a radius of only 95.3 km. Consequently, its gravity is negligible at just 0.011 g. This small, icy chunk has no atmosphere and sits at a colder average temperature of -39.0°C.

=== Yaldabaoth ===
{{Planet Data
|class=D
|distance={{Exp|1.43484|7}} km
|period=10 days 20 hours and 23 minutes
|radius=1,397.49 km
|gravity=0.197 g
}}
This moon orbits at a distance of {{Exp|1.43484|7}} km, very close to the orbital path of it's nearest neighbor, with a period of 10 days, 20 hours, and 23 minutes. It is, however, much larger than its tiny neighbor, boasting a radius of 1,397.49 km and a gravity of 0.197 g. The surface is an airless expanse of ice and frozen hydrocarbons with an average temperature of -28.6°C.

== Pleroma ==
{{Planet Data
|class=I
|distance=2.304 AU
|period=3 years 182 days 15 hours and 21 minutes
|radius=19,631.6 km
|gravity=0.177 g
}}
Classified as an ice giant, this planet orbits at a distance of 2.304 AU, completing a full revolution every 3 years, 182 days, 15 hours, and 21 minutes. Despite a substantial radius of 19,631.6 km, the world possesses a remarkably low surface gravity of 0.177 g and lacks any orbiting moons. Its composition is a mixture of rock, ice, methane, and ammonia, distinguished by a tilted magnetic field. Deep inside, the average internal conditions reach 568.0 atmospheres (57,540.7 kPa) at a temperature of 8.3°C, with the atmospheric pressure dropping by a third to a half for every 293.2 km of distance from the core.

[[Category:Star Systems]]
[[Category:Xi Seraphim Sector]]

File:Xanthon-Star.png

2025-12-26T18:26:43Z

Cyclops: Uploaded own work with UploadWizard

Xanthon Star System

2025-12-26T18:23:53Z

Cyclops:

{{Star Data
|type=G9V Yellow Main Sequence Star
|radius={{Exp|4.17|8}} km
|mass={{Exp|2.15|30}} kg (110% of Sol)
|temp=5200 K
|lum={{Exp|4.98|26}} W (130% of Sol)
|hab=Between 1.09 and 1.57 AU
|loc=[[Xi Seraphim Sector]]
}}
Located in the [[Xi Seraphim]] Sector, the Xanthon system is powered by a G9V Yellow Main Sequence star that is slightly more massive and luminous than Sol. The inner system is dominated by Anathema, a small, scorched Class A world orbiting at 0.593 AU, where the surface is choked by volcanic activity and a crushing 15-atmosphere sulfur dioxide environment. Beyond this hellscape lies a dense asteroid belt (0.859–1.419 AU) that acts as a boundary to the system's habitable zone. Here, the Class M world Kenoma orbits at 1.321 AU, serving as a sanctuary of life with an Earth-like oxygen-nitrogen atmosphere and a complex retinue of five moons—ranging from the massive Sabaoth to the tiny, icy Ariel. The system concludes with the solitary Class I ice giant Pleroma at 2.304 AU, a cold, moonless world of ammonia and methane marked by a tilted magnetic field.

== Anathema ==
{{Planet Data
|class=A
|distance={{Exp|8.9|7}} km (0.593 AU)
|period=166 days 22 hours and 5 minutes
|radius=3,093.8 km
|gravity=0.381 g
}}
The planet is a Class A terrestrial body situated at an orbital distance of {{Exp|8.9|7}} km (0.593 AU) from its primary star. It maintains an orbital period of 166 days, 22 hours, and 5 minutes. The physical characteristics of the world include a radius of 3,093.8 km and a surface gravity of 0.381 g. This small, barren, and volcanic planet possesses no natural satellites. Environmental conditions are characterized by an extreme atmospheric pressure averaging 1530.4 kPa (15.11 atmospheres) and a mean surface temperature of 129.7°C. The atmospheric composition is dominated by sulfur dioxide and carbon dioxide. Geologically, the surface is composed primarily of igneous silica and basalt.

== Asteroid Belt ==
Occupying the orbital plane between 0.659 AU and 1.019 AU, this asteroid belt serves as a stark boundary between the scorched inner system and the habitable zone. Due to the high luminosity of Xanthon, the constituents of the Veil are devoid of volatiles; they are exclusively refractory bodies dominated by S-type stony silicates and dense M-type nickel-iron cores, remnants of a differentiated planetary embryo that failed to coalesce. The region is exceptionally massive, containing a total material mass of approximately {{Exp|6.0|21}} kg, roughly double that of the Solar System’s main belt. While individual large bodies remain separated by vast distances, this increased number density creates a highly active region of collisions. The constant grinding of rock against metal generates a thick, persistent disk of micrometer-sized dust grains, scattering the star's light to create a brilliant, distinct band of zodiacal light visible from the surface of Kenoma.

== Kenoma ==
{{Planet Data
|class=M
|distance=1.321 AU
|period=1 year 189 days 7 hours and 22 minutes
|radius=9,587.91 km
|gravity=0.934 g
}}
The planet is a Class M terrestrial world orbiting at a distance of 1.321 AU. It completes one sidereal period every 1 year, 189 days, 7 hours, and 22 minutes. Structurally, the planet has a radius of 9,587.91 km and exerts a surface gravity of 0.934 g. A system of 5 moons orbits the planet. The environment is Earth-like with a mean surface temperature of 11.1°C and an average atmospheric pressure of 90.7 kPa (0.90 atmospheres). Its atmosphere consists primarily of oxygen, nitrogen, and argon. The lithosphere is composed of silicon, iron, and magnesium.

=== Sabaoth ===
{{Planet Data
|class=D
|distance={{Exp|7.32701|6}} km
|period=3 days 23 hours and 1 minute
|radius=2,748.55 km
|gravity=0.409 g
}}
This substantial moon orbits at a distance of approximately {{Exp|7.32701|6}} km, completing a revolution every 3 days, 23 hours, and 1 minute. With a radius of 2,748.55 km, it is a significant body, exerting a surface gravity of 0.409 g. Despite its size this moon is a cold, desolate world; it lacks an atmosphere entirely, and its surface temperature averages -33.6°C.

=== Saklas ===
{{Planet Data
|class=D
|distance={{Exp|1.12552|7}} km
|period=7 days 12 hours and 54 minutes
|radius=2,280.59 km
|gravity=0.33 g
}}
This moon circles its parent body at a distance of {{Exp|1.12552|7}} km with an orbital period of 7 days, 12 hours, and 54 minutes. It has a radius of 2,280.59 km and a surface gravity of 0.33 g, making it slightly smaller and lighter than Moon 805. The surface is devoid of an atmosphere and maintains an average temperature of -23.7°C.

=== Nebro ===
{{Planet Data
|class=D
|distance={{Exp|1.39874|7}} km
|period=10 days 10 hours and 37 minutes
|radius=1,876.04 km
|gravity=0.255 g
}}
Orbiting further out at {{Exp|1.39874|7}} km, the moon takes 10 days, 10 hours, and 37 minutes to complete a full circuit. It is a moderately sized moon with a radius of 1,876.04 km and a relatively low gravity of 0.255 g. The environment is harsh and vacuum-exposed, with no atmosphere to trap heat, resulting in an average surface temperature of -22.7°C.

=== Ariel ===
{{Planet Data
|class=D
|distance={{Exp|1.42800|7}} km
|period=10 days 18 hours and 31 minutes
|radius=95.3 km
|gravity=0.011 g
}}
Moon 535 is a tiny, distinct object compared to the others in this system. While it orbits at a similar distance of {{Exp|1.42800|7}} and shares a similar period of 10 days, 18 hours, and 31 minutes, it is drastically smaller, with a radius of only 95.3 km. Consequently, its gravity is negligible at just 0.011 g. This small, icy chunk has no atmosphere and sits at a colder average temperature of -39.0°C.

=== Yaldabaoth ===
{{Planet Data
|class=D
|distance={{Exp|1.43484|7}} km
|period=10 days 20 hours and 23 minutes
|radius=1,397.49 km
|gravity=0.197 g
}}
This moon orbits at a distance of {{Exp|1.43484|7}} km, very close to the orbital path of it's nearest neighbor, with a period of 10 days, 20 hours, and 23 minutes. It is, however, much larger than its tiny neighbor, boasting a radius of 1,397.49 km and a gravity of 0.197 g. The surface is an airless expanse of ice and frozen hydrocarbons with an average temperature of -28.6°C.

== Pleroma ==
{{Planet Data
|class=I
|distance=2.304 AU
|period=3 years 182 days 15 hours and 21 minutes
|radius=19,631.6 km
|gravity=0.177 g
}}
Classified as an ice giant, this planet orbits at a distance of 2.304 AU, completing a full revolution every 3 years, 182 days, 15 hours, and 21 minutes. Despite a substantial radius of 19,631.6 km, the world possesses a remarkably low surface gravity of 0.177 g and lacks any orbiting moons. Its composition is a mixture of rock, ice, methane, and ammonia, distinguished by a tilted magnetic field. Deep inside, the average internal conditions reach 568.0 atmospheres (57,540.7 kPa) at a temperature of 8.3°C, with the atmospheric pressure dropping by a third to a half for every 293.2 km of distance from the core.

[[Category:Star Systems]]
[[Category:Xi Seraphim Sector]]

Xanthon Star System

2025-12-26T18:09:32Z

Cyclops: Created page with "{{Star Data |type=G9V Yellow Main Sequence Star |radius={{Exp|4.17|8}} km |mass={{Exp|2.15|30}} kg (110% of Sol) |temp=5200 K |lum={{Exp|4.98|26}} W (130% of Sol) |hab=Between 1.09 and 1.57 AU |loc=Xi Seraphim Sector }} This system contains 3 planets with 5 moons and 1 asteroid belt. There is 1 class M world in the system. == 1949-GC == {{Planet Data |class=A |distance={{Exp|8.9|7}} km (0.593 AU) |period=166 days 22 hours and 5 minutes |radius=3,093.8 km |gravity=0...."

{{Star Data
|type=G9V Yellow Main Sequence Star
|radius={{Exp|4.17|8}} km
|mass={{Exp|2.15|30}} kg (110% of Sol)
|temp=5200 K
|lum={{Exp|4.98|26}} W (130% of Sol)
|hab=Between 1.09 and 1.57 AU
|loc=[[Xi Seraphim Sector]]
}}
This system contains 3 planets with 5 moons and 1 asteroid belt.
There is 1 class M world in the system.

== 1949-GC ==
{{Planet Data
|class=A
|distance={{Exp|8.9|7}} km (0.593 AU)
|period=166 days 22 hours and 5 minutes
|radius=3,093.8 km
|gravity=0.381 g
}}
The planet is a Class A terrestrial body situated at an orbital distance of {{Exp|8.9|7}} km (0.593 AU) from its primary star. It maintains an orbital period of 166 days, 22 hours, and 5 minutes. The physical characteristics of the world include a radius of 3,093.8 km and a surface gravity of 0.381 g. This small, barren, and volcanic planet possesses no natural satellites. Environmental conditions are characterized by an extreme atmospheric pressure averaging 1530.4 kPa (15.11 atmospheres) and a mean surface temperature of 129.7°C. The atmospheric composition is dominated by sulfur dioxide and carbon dioxide. Geologically, the surface is composed primarily of igneous silica and basalt.

== Asteroid Belt ==
An asteroid belt orbits roughly between 0.859 AU and 1.419 AU.

== 3527-DD ==
{{Planet Data
|class=M
|distance=1.321 AU
|period=1 year 189 days 7 hours and 22 minutes
|radius=9,587.91 km
|gravity=0.934 g
}}
The planet is a Class M terrestrial world orbiting at a distance of 1.321 AU. It completes one sidereal period every 1 year, 189 days, 7 hours, and 22 minutes. Structurally, the planet has a radius of 9,587.91 km and exerts a surface gravity of 0.934 g. A system of 5 moons orbits the planet. The environment is Earth-like with a mean surface temperature of 11.1°C and an average atmospheric pressure of 90.7 kPa (0.90 atmospheres). Its atmosphere consists primarily of oxygen, nitrogen, and argon. The lithosphere is composed of silicon, iron, and magnesium.

=== 805 ===
{{Planet Data
|class=D
|distance={{Exp|7.32701|6}} km
|period=3 days 23 hours and 1 minute
|radius=2,748.55 km
|gravity=0.409 g
}}
This substantial moon orbits at a distance of approximately {{Exp|7.32701|6}} km, completing a revolution every 3 days, 23 hours, and 1 minute. With a radius of 2,748.55 km, it is a significant body, exerting a surface gravity of 0.409 g. Despite its size this moon is a cold, desolate world; it lacks an atmosphere entirely, and its surface temperature averages -33.6°C.

=== 185 ===
{{Planet Data
|class=D
|distance={{Exp|1.12552|7}} km
|period=7 days 12 hours and 54 minutes
|radius=2,280.59 km
|gravity=0.33 g
}}
This moon circles its parent body at a distance of {{Exp|1.12552|7}} km with an orbital period of 7 days, 12 hours, and 54 minutes. It has a radius of 2,280.59 km and a surface gravity of 0.33 g, making it slightly smaller and lighter than Moon 805. The surface is devoid of an atmosphere and maintains an average temperature of -23.7°C.

=== 106 ===
{{Planet Data
|class=D
|distance={{Exp|1.39874|7}} km
|period=10 days 10 hours and 37 minutes
|radius=1,876.04 km
|gravity=0.255 g
}}
Orbiting further out at {{Exp|1.39874|7}} km, the moon takes 10 days, 10 hours, and 37 minutes to complete a full circuit. It is a moderately sized moon with a radius of 1,876.04 km and a relatively low gravity of 0.255 g. The environment is harsh and vacuum-exposed, with no atmosphere to trap heat, resulting in an average surface temperature of -22.7°C.

=== 535 ===
{{Planet Data
|class=D
|distance={{Exp|1.42800|7}} km
|period=10 days 18 hours and 31 minutes
|radius=95.3 km
|gravity=0.011 g
}}
Moon 535 is a tiny, distinct object compared to the others in this system. While it orbits at a similar distance of {{Exp|1.42800|7}} and shares a similar period of 10 days, 18 hours, and 31 minutes, it is drastically smaller, with a radius of only 95.3 km. Consequently, its gravity is negligible at just 0.011 g. This small, icy chunk has no atmosphere and sits at a colder average temperature of -39.0°C.

=== 794 ===
{{Planet Data
|class=D
|distance={{Exp|1.43484|7}} km
|period=10 days 20 hours and 23 minutes
|radius=1,397.49 km
|gravity=0.197 g
}}
This moon orbits at a distance of {{Exp|1.43484|7}} km, very close to the orbital path of it's nearest neighbor, with a period of 10 days, 20 hours, and 23 minutes. It is, however, much larger than its tiny neighbor, boasting a radius of 1,397.49 km and a gravity of 0.197 g. The surface is an airless expanse of ice and frozen hydrocarbons with an average temperature of -28.6°C.

== 2399-MP ==
{{Planet Data
|class=I
|distance=2.304 AU
|period=3 years 182 days 15 hours and 21 minutes
|radius=19,631.6 km
|gravity=0.177 g
}}
Classified as an ice giant, this planet orbits at a distance of 2.304 AU, completing a full revolution every 3 years, 182 days, 15 hours, and 21 minutes. Despite a substantial radius of 19,631.6 km, the world possesses a remarkably low surface gravity of 0.177 g and lacks any orbiting moons. Its composition is a mixture of rock, ice, methane, and ammonia, distinguished by a tilted magnetic field. Deep inside, the average internal conditions reach 568.0 atmospheres (57,540.7 kPa) at a temperature of 8.3°C, with the atmospheric pressure dropping by a third to a half for every 293.2 km of distance from the core.

[[Category:Star Systems]]
[[Category:Xi Seraphim Sector]]

Category:Xi Seraphim Sector

2025-12-26T17:40:02Z

Cyclops: Created page with "This sector is part of the Serenity Concord. == Local Star Systems == * Omicron Caelus Star System * Theta Eridan Star System * Sigma Vespera Star System * Helios Majoris Star System * Xanthon Star System * Kraznir Star System * Vos Vordal Star System Category:Space Sectors Category:Serenity Concord Territory Category:Zeta Vandar Sector Category:Tyrian Expanse Sector Category:Argent Coronet Sector Category:Sable Meridian Sector"

This sector is part of the [[Serenity Concord]].

== Local Star Systems ==
* Omicron Caelus Star System
* Theta Eridan Star System
* Sigma Vespera Star System
* Helios Majoris Star System
* Xanthon Star System
* Kraznir Star System
* Vos Vordal Star System

[[Category:Space Sectors]]
[[Category:Serenity Concord Territory]]
[[Category:Zeta Vandar Sector]]
[[Category:Tyrian Expanse Sector]]
[[Category:Argent Coronet Sector]]
[[Category:Sable Meridian Sector]]

Xi Seraphim Sector

2025-12-26T17:28:28Z

Cyclops: Redirected page to Category:Xi Seraphim Sector

#REDIRECT [[:Category:Xi Seraphim Sector]]

Xi Seraphim

2025-12-26T17:27:52Z

Cyclops: Changed redirect target from Xi Seraphim Sector to Category:Xi Seraphim Sector

#REDIRECT [[:Category:Xi Seraphim Sector]]

Xi Seraphim

2025-12-26T17:27:21Z

Cyclops: Redirected page to Xi Seraphim Sector

#REDIRECT [[Xi Seraphim Sector]]

File:Omega-phoenix.jpg

2025-12-25T21:46:20Z

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File:Brianna-Ariadne.jpg

2025-12-25T21:38:21Z

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[[Category:AI Generated]]

File:Charlotte-lewis-face.jpg

2025-12-25T21:29:00Z

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Liesel Brumarch

2025-12-25T18:38:14Z

Cyclops: Created page with "{{DEFAULTSORT:Brumarch, Liesel}} {{Character Box |player=Persephone |name=Liesel Brumarch |fullname=Captain Liesel Brumarch |race=Human |alignment=Chaotic Good |gender=Female |height=5’5” |weight=130lbs |haircolor=Naturally brunette, dyed violet |eyecolor=Blue |age=28 |dob=Early 22BBY |birthplace=Coronet, Corellia |universe=Star Wars |occ=Commander of “Isk” Company, 3rd Battalion, 3rd Marine Regiment “Bucketheads” |org=New Republic Marine Corps |figure=Liesel..."

{{DEFAULTSORT:Brumarch, Liesel}}
{{Character Box
|player=Persephone
|name=Liesel Brumarch
|fullname=Captain Liesel Brumarch
|race=Human
|alignment=Chaotic Good
|gender=Female
|height=5’5”
|weight=130lbs
|haircolor=Naturally brunette, dyed violet
|eyecolor=Blue
|age=28
|dob=Early 22BBY
|birthplace=Coronet, Corellia
|universe=Star Wars
|occ=Commander of “Isk” Company, 3rd Battalion, 3rd Marine Regiment “Bucketheads”
|org=New Republic Marine Corps
|figure=Liesel is just a bit higher than the average woman, with an athletic build suiting her decade of soldiering. She has a pear-shaped body adorned with several scars, the most notable of which is a large scar from a shrapnel wound across her face.
|setting=Blazing Umbra
|status=Approved
}}
Liesel has been battered by nonstop conflict in her galaxy. She’s friendly, but doesn’t get close to many people. Her humor is dark and dripping with jaded sarcasm. She’s approachable, but the edge is always there in her quiet but stern voice.

== Special Skills ==
* Infantry Training
* Medical Training
* Leadership Training

== Special Equipment ==
* NRMC battle dress uniform
* E-11 blaster rifle
* DH-17 blaster pistol

== Background ==
Liesel was born to Imperial military nobility. Her father was a decorated officer in the Republic and the early Imperial Navies, and her mother was the heiress of a thriving starship design firm on Corellia. She was born into the upper crust of Corellian society in the sprawling capital city: Coronet. Her future was almost laid out for her: She would serve the Empire. Her family’s wealth and connections all but guaranteed her a slot in the Imperial Cadet Academy when she applied, and after graduating, she was fast-tracked into the Stormtrooper Corps. By the time she was 19, she was a certified combat medic serving aboard a fleet attempting to chase the growing Rebellion across the Outer Rim. She saw only minimal fighting, small skirmishes with light injuries. Her first real action happened right after the Death Star was destroyed. She knew what the battlestation had been built for- everyone in the Empire did. She had tried to shrug off the existential terror of a planet-killing superweapon, and she’d almost managed to convince herself the newsreels weren’t lying: The Death Star was a source of millions of jobs for the Empire, and the Rebel Alliance had killed every single person aboard in another bloody terrorist attack.

Unfortunately for her (or fortunately, as she’d later come to believe), she was at one of the most violent postings an Outer Rim Stormtrooper could have. Sullust, an underground maze of cities and mines, all filled with citizens who had a passionate hatred for the Empire. Rebel Commandos and Alliance Marines had arrived on the planet a year before the Death Star was destroyed, and the fighting in the cramped subterranean tunnels was intense. She’d seen the most severe injuries she had ever witnessed there, and it all seemed to be for nothing. Despite all the Empire’s efforts to “protect” the citizens of Sullust from the Rebellion, it was those same citizens who her battalion spent most of its time fighting. Liesel had become disillusioned with the war; her only goal now was to survive it and keep her comrades alive. But even that proved insufficient to keep her going. 2 months after the Death Star was destroyed, she boarded a shuttle full of wounded Imperial troops as the flight medic. The shuttle lifted off from the elevator entrance, and a Rebel rocket struck its engine. It limped for a few minutes before all power was lost and the starship slammed into the side of a factory on the surface, only a few hundred meters from the battle it had been trying to escape.

Liesel was fortunate enough to have strapped herself in before the crash- she was the only survivor who wasn’t severely injured. Alone with 6 patients and no comms equipment, she did her best to stabilize them and then tossed a flare out to hopefully attract the attention of any nearby Imperial forces. She was partially successful- she attracted attention, only it was the Rebels who had spotted her. Blaster fire began to get louder as they fought their way toward her, and she readied herself to die protecting her patients. A TIE fighter flew overhead, and she threw out a second flare to hopefully get its support- but the TIE fighter had different orders. It was to deny the Rebels access to the Imperial shuttle, survivors or not. The barrage incapacitated Liesel immediately as shrapnel from the shuttle exploding ripped into her face and body. Her patients were killed on impact. By the time she woke up two weeks later in a Rebel field hospital, it didn’t take much to convince her to join.

She’d serve with the Rebel Marines from Sullust to Endor, sorted into a battalion of other Imperial defectors like herself that earned the nickname “Bucketheads” as the war progressed. She left the medical field and joined as a squad leader. It was here that she’d meet her wife, a Pantoran U-Wing pilot named Odessa who served with the starfighter wing attached to her battalion. By Endor, she was a Lieutenant commanding a platoon of Marines. She led a successful boarding action on an Imperial Victory-II Class Star Destroyer that cleared the path for the Rebel fleet to press in on the Imperial flagship Executor. But the Empire didn’t surrender after Endor, and so the rest of Liesel’s tour with the Marines was spent hopping from planet to planet, fighting off Imperial remnants as they attempted to recapture lost ground. A month before she and her wife were supposed to retire, Odessa’s U-Wing was shot down by a TIE Interceptor. With her parents no longer speaking to her after her defection and her found family a smoldering pile of slag, Liesel re-upped her contract with the newly-formed New Republic Marine Corps. She was promoted to the rank of Captain, placed in charge of I “Isk” Company within 3/3 NRMC “Bucketheads”, and was deployed to the Outer Rim to continue fighting the Imperials. By the time she [[splices]] into [[Blazing Umbra]], she has been fighting for another two years after Endor. She is 28.

File:Thalyndra-Rayne.png

2025-12-25T15:57:14Z

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File:Luna-Rayne.jpg

2025-12-25T01:46:24Z

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=={{int:filedesc}}==
{{Information
|description={{no|1=Character image for Luna Rayne}}
|date=2023-11-02
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

=={{int:license-header}}==
{{self|cc-by-sa-4.0}}

File:Pip-Girl.png

2025-12-25T01:28:40Z

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=={{int:filedesc}}==
{{Information
|description={{no|1=A character portrait for Pip-Girl}}
|date=2023-11-08
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

=={{int:license-header}}==
{{self|cc-by-sa-4.0}}