Solas Tempus DB - User contributions [en]

Category:Xi Seraphim Sector

2026-07-25T04:57:20Z

Cyclops: added link

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

== Local Star Systems ==
* [https://db.moltenaether.com/en/content/places/space/omicron-caelus-system 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]]

Omicron Caelus Star System

2026-07-25T04:39:52Z

Cyclops: /* Omicron Caelus */ updated image

[[File:Omicron-Caelus-Star.png|thumb|Omicron Caelus]]
{{Star Data
|type=A3IV White Subgiant Star
|radius={{Exp|1.32|6}} km
|mass={{Exp|9.51|30}} kg (4.8× Sol)
|temp=9100 K
|lum={{Exp|8.56|27}} W (22.4× Sol)
|hab=Between 4.51 and 6.5 AU
|loc=[[Xi Seraphim Sector]] 1.89 ly from [[Xanthon Star System]]
}}

The star is approximately 647.95 million years old, with an expected lifespan of 682.05 million years and allows enough time for the development of early biospheres and radiotrophic organisms adapted to high-energy radiation, but likely dies before complex, slow-evolving porphyrin-based photosynthesis can be perfected.

This system contains 11 planets and 17 moons. There is 1 class M world in the system. The star's stellar wind creates a bubble, known as the heliosphere, which extends out to approximately 969.2191 AU. Beyond this, the star's gravitational influence extends out to a distance of 2.88 light-years, marking the ultimate edge of the system.

== Zencabias ==

{{Planet Data
|class=A
|distance=2.629 AU
|period=4 years 96 days 20 hours and 1 minute
|radius=3,386.03 km
|gravity=0.528 g
}}

There are no moons orbiting this planet. This planet has a surface pressure of 1352.7 kPa or 13.35 atmospheres and a temperature of 168.3 degrees C. It is a small, barren, and volcanic world with an atmosphere of a mix of sulfur dioxide and carbon dioxide and a composition of igneous silica and basalt.

== Blanchi Maliaca ==

{{Planet Data
|class=M
|distance=5.191 AU
|period=11 years 304 days 20 hours and 49 minutes
|radius=5,484.87 km
|gravity=0.752 g
}}

There are no moons orbiting this planet. This planet has a surface pressure of 111.0 kPa or 1.10 atmospheres and a temperature of 15.8 degrees C. It is a terrestrial earth-like world with an atmosphere of a mix of oxygen, nitrogen, and argon and a composition of silicon, iron, and magnesium. The planet's conditions are suitable for the development of life based on melanin, which is expected to evolve at a normal pace. The visible reflection spectrum of the life on this planet is characterized by none (charcoal-black). In the non-visible spectrum, it exhibits extremely low albedo across all bands.

A speculative evolutionary timeline for a planet orbiting this star indicates an evolutionary pace described as hyper-accelerated. The current estimated age of the system is 133.08 Million Years. The most recent significant evolutionary milestone prior to this age would have been Technological Civilization at 80.00 Million Years. The planet boasts a fully mature, highly complex biosphere featuring diverse ecosystems, topped by at least one sapient, tool-using species. Complex flora forms sprawling forests and varied biomes, while highly evolved fauna occupy vast ecological niches. The sapient population actively reshapes the world through agriculture, architecture, and industry.

== Erdnop Hasteu ==

{{Planet Data
|class=C
|distance=6.642 AU
|period=17 years 46 days 16 hours and 35 minutes
|radius=3,283.25 km
|gravity=0.433 g
}}

There are 9 moons orbiting this planet. This planet has no atmosphere and a surface temperature of -52.0 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

=== Wynurda ===

{{Class Data
|class=D
|distance={{Exp|5.3728|6}} km
|period=2 days 11 hours and 40 minutes
|radius=329.18 km
|gravity=0.046 g
}}

This moon has no atmosphere and a surface temperature of -57.4 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Nitsu Amatte ===

{{Class Data
|class=D
|distance={{Exp|1.0851|7}} km
|period=7 days 3 hours and 14 minutes
|radius=270.03 km
|gravity=0.034 g
}}

This moon has no atmosphere and a surface temperature of -57.7 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Sognclio ===

{{Class Data
|class=D
|distance={{Exp|1.3876|7}} km
|period=10 days 7 hours and 38 minutes
|radius=201.36 km
|gravity=0.03 g
}}

This moon has no atmosphere and a surface temperature of -54.1 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Mithalia ===

{{Class Data
|class=D
|distance={{Exp|1.3894|7}} km
|period=10 days 8 hours and 7 minutes
|radius=220.36 km
|gravity=0.031 g
}}

This moon has no atmosphere and a surface temperature of -48.0 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Lintenjila ===

{{Class Data
|class=D
|distance={{Exp|1.4227|7}} km
|period=10 days 17 hours and 5 minutes
|radius=268.76 km
|gravity=0.038 g
}}

This moon has no atmosphere and a surface temperature of -48.8 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Likappa ===

{{Class Data
|class=D
|distance={{Exp|1.4247|7}} km
|period=10 days 17 hours and 38 minutes
|radius=211.46 km
|gravity=0.029 g
}}

This moon has no atmosphere and a surface temperature of -46.2 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Rêvpoly Hymnias ===

{{Class Data
|class=D
|distance={{Exp|1.4275|7}} km
|period=10 days 18 hours and 22 minutes
|radius=299.4 km
|gravity=0.039 g
}}

This moon has no atmosphere and a surface temperature of -50.5 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Shagun Nrelle ===

{{Class Data
|class=D
|distance={{Exp|1.4305|7}} km
|period=10 days 19 hours and 12 minutes
|radius=470.82 km
|gravity=0.072 g
}}

This moon has no atmosphere and a surface temperature of -45.8 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Wynsiri ===

{{Class Data
|class=D
|distance={{Exp|1.4337|7}} km
|period=10 days 20 hours and 4 minutes
|radius=355.09 km
|gravity=0.051 g
}}

This moon has no atmosphere and a surface temperature of -61.7 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

Sensors show an array of automated radio dishes tracking empty coordinates in deep space.

== Piedra Copaniu ==

{{Planet Data
|class=D
|distance=11.411 AU
|period=38 years 210 days and 48 minutes
|radius=348.2 km
|gravity=0.043 g
}}

There are no moons orbiting this planet. This planet has no atmosphere and a surface temperature of -104.3 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

== Piedra Jonava ==

{{Planet Data
|class=C
|distance=15.806 AU
|period=62 years 321 days 8 hours and 46 minutes
|radius=1,076.06 km
|gravity=0.13 g
}}

There are no moons orbiting this planet. This planet has no atmosphere and a surface temperature of -127.4 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

== Steini Tzamnas ==

{{Planet Data
|class=C
|distance=18.044 AU
|period=76 years 255 days 5 hours and 23 minutes
|radius=8,221.99 km
|gravity=1.027 g
}}

There are no moons orbiting this planet. This planet has no atmosphere and a surface temperature of -139.7 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

== Vetape Rdidine ==

{{Planet Data
|class=J
|distance=32.853 AU
|period=101 years 222 days 15 hours and 44 minutes
|radius={{Exp|2.48|5}} km
|gravity=3.346 g
}}

There are no moons orbiting this planet. This gas giant has an internal pressure of 26.9 kPa or 0.3 atmospheres and a temperature of -125.0 degrees C. It is a gas giant with a turbulent atmosphere and rings with a composition of hydrogen and helium.

== Steine Umephea ==

{{Planet Data
|class=J
|distance=48.093 AU
|period=225 years 98 days 14 hours and 35 minutes
|radius=72,233.41 km
|gravity=0.208 g
}}

There are 4 moons orbiting this planet. This gas giant has an internal pressure of 717.8 kPa or 7.1 atmospheres and a temperature of -150.7 degrees C. It is a gas giant with a turbulent atmosphere and rings with a composition of hydrogen and helium.

=== Sueñbh Ringiyx ===

{{Class Data
|class=C
|distance={{Exp|1.2659|8}} km
|period=284 days 7 hours and 31 minutes
|radius=2,173.45 km
|gravity=0.341 g
}}

This moon has no atmosphere and a surface temperature of -179.6 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

=== Faehildrsa ===

{{Class Data
|class=C
|distance={{Exp|4.1936|8}} km
|period=4 years 254 days 5 hours and 58 minutes
|radius=6,001.58 km
|gravity=0.807 g
}}

This moon has no atmosphere and a surface temperature of -183.7 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

=== Runerpsi Choretee ===

{{Class Data
|class=C
|distance={{Exp|4.3740|8}} km
|period=5 years 1 day 1 hour and 23 minutes
|radius=5,266.31 km
|gravity=0.696 g
}}

This moon has no atmosphere and a surface temperature of -177.1 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

=== Nippaka ===

{{Class Data
|class=C
|distance={{Exp|4.8536|8}} km
|period=5 years 309 days 10 hours and 54 minutes
|radius=9,306.88 km
|gravity=1.26 g
}}

This moon has no atmosphere and a surface temperature of -177.0 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

== Stein Styxor ==

{{Planet Data
|class=C
|distance=99.468 AU
|period=286 years 145 days 1 hour and 30 minutes
|radius=1,930.42 km
|gravity=0.257 g
}}

There are 4 moons orbiting this planet. This planet has no atmosphere and a surface temperature of -218.2 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

=== Pixpe Callio ===

{{Class Data
|class=D
|distance={{Exp|5.3692|7}} km
|period=78 days 12 hours and 49 minutes
|radius=196.52 km
|gravity=0.027 g
}}

This moon has no atmosphere and a surface temperature of -188.2 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

Sensors show a vast, precise grid of ancient cargo containers showing faint energy readings.

=== Sprirvashi ===

{{Class Data
|class=D
|distance={{Exp|5.4452|7}} km
|period=80 days 4 hours and 57 minutes
|radius=482.24 km
|gravity=0.065 g
}}

This moon has no atmosphere and a surface temperature of -185.0 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Anisha Chandee ===

{{Class Data
|class=D
|distance={{Exp|5.5100|7}} km
|period=81 days 15 hours and 27 minutes
|radius=135.11 km
|gravity=0.016 g
}}

This moon has no atmosphere and a surface temperature of -190.3 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Lippakalle ===

{{Class Data
|class=D
|distance={{Exp|5.5286|7}} km
|period=82 days 1 hour and 23 minutes
|radius=437.53 km
|gravity=0.059 g
}}

This moon has no atmosphere and a surface temperature of -187.6 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

== Steinc Opanor ==

{{Planet Data
|class=D
|distance=199.307 AU
|period=299 years 241 days 2 hours and 24 minutes
|radius=214.63 km
|gravity=0.028 g
}}

There are no moons orbiting this planet. This planet has no atmosphere and a surface temperature of -232.0 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

== Piedrasc Apgloora ==

{{Planet Data
|class=J
|distance=410.440 AU
|period=315 years 42 days 5 hours and 56 minutes
|radius={{Exp|1.52|5}} km
|gravity=1.12 g
}}

There are no moons orbiting this planet. This gas giant has an internal pressure of 6.0 kPa or 0.1 atmospheres and a temperature of -230.3 degrees C. It is a gas giant with a turbulent atmosphere and rings with a composition of hydrogen and helium.

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

Omicron Caelus Star System

2026-07-25T04:35:00Z

Cyclops:

= Omicron Caelus =

{{Star Data
|type=A3IV White Subgiant Star
|radius={{Exp|1.32|6}} km
|mass={{Exp|9.51|30}} kg (4.8× Sol)
|temp=9100 K
|lum={{Exp|8.56|27}} W (22.4× Sol)
|hab=Between 4.51 and 6.5 AU
|loc=[[Xi Seraphim Sector]] 1.89 ly from [[Xanthon Star System]]
}}

The star is approximately 647.95 million years old, with an expected lifespan of 682.05 million years and allows enough time for the development of early biospheres and radiotrophic organisms adapted to high-energy radiation, but likely dies before complex, slow-evolving porphyrin-based photosynthesis can be perfected.

This system contains 11 planets and 17 moons. There is 1 class M world in the system. The star's stellar wind creates a bubble, known as the heliosphere, which extends out to approximately 969.2191 AU. Beyond this, the star's gravitational influence extends out to a distance of 2.88 light-years, marking the ultimate edge of the system.

== Zencabias ==

{{Planet Data
|class=A
|distance=2.629 AU
|period=4 years 96 days 20 hours and 1 minute
|radius=3,386.03 km
|gravity=0.528 g
}}

There are no moons orbiting this planet. This planet has a surface pressure of 1352.7 kPa or 13.35 atmospheres and a temperature of 168.3 degrees C. It is a small, barren, and volcanic world with an atmosphere of a mix of sulfur dioxide and carbon dioxide and a composition of igneous silica and basalt.

== Blanchi Maliaca ==

{{Planet Data
|class=M
|distance=5.191 AU
|period=11 years 304 days 20 hours and 49 minutes
|radius=5,484.87 km
|gravity=0.752 g
}}

There are no moons orbiting this planet. This planet has a surface pressure of 111.0 kPa or 1.10 atmospheres and a temperature of 15.8 degrees C. It is a terrestrial earth-like world with an atmosphere of a mix of oxygen, nitrogen, and argon and a composition of silicon, iron, and magnesium. The planet's conditions are suitable for the development of life based on melanin, which is expected to evolve at a normal pace. The visible reflection spectrum of the life on this planet is characterized by none (charcoal-black). In the non-visible spectrum, it exhibits extremely low albedo across all bands.

A speculative evolutionary timeline for a planet orbiting this star indicates an evolutionary pace described as hyper-accelerated. The current estimated age of the system is 133.08 Million Years. The most recent significant evolutionary milestone prior to this age would have been Technological Civilization at 80.00 Million Years. The planet boasts a fully mature, highly complex biosphere featuring diverse ecosystems, topped by at least one sapient, tool-using species. Complex flora forms sprawling forests and varied biomes, while highly evolved fauna occupy vast ecological niches. The sapient population actively reshapes the world through agriculture, architecture, and industry.

== Erdnop Hasteu ==

{{Planet Data
|class=C
|distance=6.642 AU
|period=17 years 46 days 16 hours and 35 minutes
|radius=3,283.25 km
|gravity=0.433 g
}}

There are 9 moons orbiting this planet. This planet has no atmosphere and a surface temperature of -52.0 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

=== Wynurda ===

{{Class Data
|class=D
|distance={{Exp|5.3728|6}} km
|period=2 days 11 hours and 40 minutes
|radius=329.18 km
|gravity=0.046 g
}}

This moon has no atmosphere and a surface temperature of -57.4 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Nitsu Amatte ===

{{Class Data
|class=D
|distance={{Exp|1.0851|7}} km
|period=7 days 3 hours and 14 minutes
|radius=270.03 km
|gravity=0.034 g
}}

This moon has no atmosphere and a surface temperature of -57.7 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Sognclio ===

{{Class Data
|class=D
|distance={{Exp|1.3876|7}} km
|period=10 days 7 hours and 38 minutes
|radius=201.36 km
|gravity=0.03 g
}}

This moon has no atmosphere and a surface temperature of -54.1 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Mithalia ===

{{Class Data
|class=D
|distance={{Exp|1.3894|7}} km
|period=10 days 8 hours and 7 minutes
|radius=220.36 km
|gravity=0.031 g
}}

This moon has no atmosphere and a surface temperature of -48.0 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Lintenjila ===

{{Class Data
|class=D
|distance={{Exp|1.4227|7}} km
|period=10 days 17 hours and 5 minutes
|radius=268.76 km
|gravity=0.038 g
}}

This moon has no atmosphere and a surface temperature of -48.8 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Likappa ===

{{Class Data
|class=D
|distance={{Exp|1.4247|7}} km
|period=10 days 17 hours and 38 minutes
|radius=211.46 km
|gravity=0.029 g
}}

This moon has no atmosphere and a surface temperature of -46.2 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Rêvpoly Hymnias ===

{{Class Data
|class=D
|distance={{Exp|1.4275|7}} km
|period=10 days 18 hours and 22 minutes
|radius=299.4 km
|gravity=0.039 g
}}

This moon has no atmosphere and a surface temperature of -50.5 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Shagun Nrelle ===

{{Class Data
|class=D
|distance={{Exp|1.4305|7}} km
|period=10 days 19 hours and 12 minutes
|radius=470.82 km
|gravity=0.072 g
}}

This moon has no atmosphere and a surface temperature of -45.8 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Wynsiri ===

{{Class Data
|class=D
|distance={{Exp|1.4337|7}} km
|period=10 days 20 hours and 4 minutes
|radius=355.09 km
|gravity=0.051 g
}}

This moon has no atmosphere and a surface temperature of -61.7 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

Sensors show an array of automated radio dishes tracking empty coordinates in deep space.

== Piedra Copaniu ==

{{Planet Data
|class=D
|distance=11.411 AU
|period=38 years 210 days and 48 minutes
|radius=348.2 km
|gravity=0.043 g
}}

There are no moons orbiting this planet. This planet has no atmosphere and a surface temperature of -104.3 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

== Piedra Jonava ==

{{Planet Data
|class=C
|distance=15.806 AU
|period=62 years 321 days 8 hours and 46 minutes
|radius=1,076.06 km
|gravity=0.13 g
}}

There are no moons orbiting this planet. This planet has no atmosphere and a surface temperature of -127.4 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

== Steini Tzamnas ==

{{Planet Data
|class=C
|distance=18.044 AU
|period=76 years 255 days 5 hours and 23 minutes
|radius=8,221.99 km
|gravity=1.027 g
}}

There are no moons orbiting this planet. This planet has no atmosphere and a surface temperature of -139.7 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

== Vetape Rdidine ==

{{Planet Data
|class=J
|distance=32.853 AU
|period=101 years 222 days 15 hours and 44 minutes
|radius={{Exp|2.48|5}} km
|gravity=3.346 g
}}

There are no moons orbiting this planet. This gas giant has an internal pressure of 26.9 kPa or 0.3 atmospheres and a temperature of -125.0 degrees C. It is a gas giant with a turbulent atmosphere and rings with a composition of hydrogen and helium.

== Steine Umephea ==

{{Planet Data
|class=J
|distance=48.093 AU
|period=225 years 98 days 14 hours and 35 minutes
|radius=72,233.41 km
|gravity=0.208 g
}}

There are 4 moons orbiting this planet. This gas giant has an internal pressure of 717.8 kPa or 7.1 atmospheres and a temperature of -150.7 degrees C. It is a gas giant with a turbulent atmosphere and rings with a composition of hydrogen and helium.

=== Sueñbh Ringiyx ===

{{Class Data
|class=C
|distance={{Exp|1.2659|8}} km
|period=284 days 7 hours and 31 minutes
|radius=2,173.45 km
|gravity=0.341 g
}}

This moon has no atmosphere and a surface temperature of -179.6 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

=== Faehildrsa ===

{{Class Data
|class=C
|distance={{Exp|4.1936|8}} km
|period=4 years 254 days 5 hours and 58 minutes
|radius=6,001.58 km
|gravity=0.807 g
}}

This moon has no atmosphere and a surface temperature of -183.7 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

=== Runerpsi Choretee ===

{{Class Data
|class=C
|distance={{Exp|4.3740|8}} km
|period=5 years 1 day 1 hour and 23 minutes
|radius=5,266.31 km
|gravity=0.696 g
}}

This moon has no atmosphere and a surface temperature of -177.1 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

=== Nippaka ===

{{Class Data
|class=C
|distance={{Exp|4.8536|8}} km
|period=5 years 309 days 10 hours and 54 minutes
|radius=9,306.88 km
|gravity=1.26 g
}}

This moon has no atmosphere and a surface temperature of -177.0 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

== Stein Styxor ==

{{Planet Data
|class=C
|distance=99.468 AU
|period=286 years 145 days 1 hour and 30 minutes
|radius=1,930.42 km
|gravity=0.257 g
}}

There are 4 moons orbiting this planet. This planet has no atmosphere and a surface temperature of -218.2 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

=== Pixpe Callio ===

{{Class Data
|class=D
|distance={{Exp|5.3692|7}} km
|period=78 days 12 hours and 49 minutes
|radius=196.52 km
|gravity=0.027 g
}}

This moon has no atmosphere and a surface temperature of -188.2 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

Sensors show a vast, precise grid of ancient cargo containers showing faint energy readings.

=== Sprirvashi ===

{{Class Data
|class=D
|distance={{Exp|5.4452|7}} km
|period=80 days 4 hours and 57 minutes
|radius=482.24 km
|gravity=0.065 g
}}

This moon has no atmosphere and a surface temperature of -185.0 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Anisha Chandee ===

{{Class Data
|class=D
|distance={{Exp|5.5100|7}} km
|period=81 days 15 hours and 27 minutes
|radius=135.11 km
|gravity=0.016 g
}}

This moon has no atmosphere and a surface temperature of -190.3 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Lippakalle ===

{{Class Data
|class=D
|distance={{Exp|5.5286|7}} km
|period=82 days 1 hour and 23 minutes
|radius=437.53 km
|gravity=0.059 g
}}

This moon has no atmosphere and a surface temperature of -187.6 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

== Steinc Opanor ==

{{Planet Data
|class=D
|distance=199.307 AU
|period=299 years 241 days 2 hours and 24 minutes
|radius=214.63 km
|gravity=0.028 g
}}

There are no moons orbiting this planet. This planet has no atmosphere and a surface temperature of -232.0 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

== Piedrasc Apgloora ==

{{Planet Data
|class=J
|distance=410.440 AU
|period=315 years 42 days 5 hours and 56 minutes
|radius={{Exp|1.52|5}} km
|gravity=1.12 g
}}

There are no moons orbiting this planet. This gas giant has an internal pressure of 6.0 kPa or 0.1 atmospheres and a temperature of -230.3 degrees C. It is a gas giant with a turbulent atmosphere and rings with a composition of hydrogen and helium.

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

Omicron Caelus Star System

2026-07-25T04:25:55Z

Cyclops: Template correction

[[File:Omicron-Caelus-Star.png|thumb|Omicron Caelus]]
{{Star Data
|type=F3IV Yellow-White Subgiant Star
|radius={{Exp|7.65|5}} km
|mass={{Exp|3.39|30}} kg (1.7% of Sol)
|temp=7000 K
|lum={{Exp|1.00|27}} W (2.6× Sol)
|hab=Between 1.54 and 2.22 AU
|loc=[[Xi Seraphim Sector]] 1.89 ly from [[Xanthon Star System]]
}}

The star is approximately 454.16 million years old, with an expected lifespan of 2.28 billion years and possesses a main-sequence habitable zone lifespan spanning between 2 and 4 billion years, which provides sufficient time for complex biospheres to emerge, including advanced UV-shielding and biofluorescent adaptations.

This system contains 8 planets, 1 asteroid belt, and 25 moons. There are no potentially habitable worlds in this system. The star's stellar wind creates a bubble, known as the heliosphere, which extends out to approximately 373.7573 AU. Beyond this, the star's gravitational influence extends out to a distance of 2.04 light-years, marking the ultimate edge of the system.

== Geneleher ==

{{Planet Data
|class=B
|distance={{Exp|1.4|8}} km (0.938 AU)
|period=332 days 1 hour and 1 minute
|radius=4,009.26 km
|gravity=0.543 g
}}

There are 9 moons orbiting this planet. This planet has a surface pressure of 542.6 kPa or 5.36 atmospheres and a temperature of 133.2 degrees C. It is a small, molten world with a thin atmosphere with an atmosphere of a mix of helium, sodium, and oxygen and a composition of iron, potassium, and silicon.

Sensors show a vast, perfectly smooth glass crater with refined materials fused into its center.

=== Risin Grulle ===

{{Planet Data
|class=D
|distance={{Exp|1.2036|6}} km
|period=6 hours and 20 minutes
|radius=232.23 km
|gravity=0.032 g
}}

This moon has no atmosphere and a surface temperature of 59.8 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Wynnd Iverda ===

{{Planet Data
|class=D
|distance={{Exp|1.4126|6}} km
|period=8 hours and 3 minutes
|radius=67.29 km
|gravity=0.01 g
}}

This moon has no atmosphere and a surface temperature of 76.2 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Somnit Haliax ===

{{Planet Data
|class=D
|distance={{Exp|1.7429|6}} km
|period=11 hours and 1 minute
|radius=445.3 km
|gravity=0.052 g
}}

This moon has no atmosphere and a surface temperature of 78.4 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

Sensors show an automated surface rover actively sorting stones by size and composition into a grid.

=== Sognts Uamalle ===

{{Planet Data
|class=D
|distance={{Exp|3.4486|6}} km
|period=1 day 6 hours and 41 minutes
|radius=496.19 km
|gravity=0.071 g
}}

This moon has no atmosphere and a surface temperature of 57.7 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Sueñpansa ===

{{Planet Data
|class=D
|distance={{Exp|3.4733|6}} km
|period=1 day 7 hours and 1 minute
|radius=285.85 km
|gravity=0.032 g
}}

This moon has no atmosphere and a surface temperature of 76.1 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Riranias ===

{{Planet Data
|class=D
|distance={{Exp|3.4918|6}} km
|period=1 day 7 hours and 16 minutes
|radius=452.66 km
|gravity=0.07 g
}}

This moon has no atmosphere and a surface temperature of 76.5 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Runerisu ===

{{Planet Data
|class=D
|distance={{Exp|3.5043|6}} km
|period=1 day 7 hours and 26 minutes
|radius=433.02 km
|gravity=0.05 g
}}

This moon has no atmosphere and a surface temperature of 58.2 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Piratola ===

{{Planet Data
|class=D
|distance={{Exp|3.5160|6}} km
|period=1 day 7 hours and 35 minutes
|radius=70.43 km
|gravity=0.009 g
}}

This moon has no atmosphere and a surface temperature of 61.5 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Riskrt Atoraa ===

{{Planet Data
|class=D
|distance={{Exp|3.5185|6}} km
|period=1 day 7 hours and 37 minutes
|radius=385.26 km
|gravity=0.055 g
}}

This moon has no atmosphere and a surface temperature of 77.7 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

== Veliamahia ==

{{Planet Data
|class=C
|distance=1.175 AU
|period=1 year 100 days 2 hours and 25 minutes
|radius=5,007.31 km
|gravity=0.572 g
}}

There are no moons orbiting this planet. This planet has no atmosphere and a surface temperature of 35.0 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

== Steinpa Siphaeca ==

{{Planet Data
|class=B
|distance=1.325 AU
|period=1 year 192 days 4 hours and 12 minutes
|radius=3,160.59 km
|gravity=0.428 g
}}

There are 6 moons orbiting this planet. This planet has a surface pressure of 353.8 kPa or 3.49 atmospheres and a temperature of 44.6 degrees C. It is a small, molten world with a thin atmosphere with an atmosphere of a mix of helium, sodium, and oxygen and a composition of iron, potassium, and silicon.

=== Whissidhex ===

{{Planet Data
|class=D
|distance={{Exp|2.9949|6}} km
|period=1 day and 50 minutes
|radius=194.82 km
|gravity=0.03 g
}}

This moon has no atmosphere and a surface temperature of 24.3 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Anittal Omatira ===

{{Planet Data
|class=D
|distance={{Exp|3.0893|6}} km
|period=1 day 2 hours and 1 minute
|radius=455.05 km
|gravity=0.069 g
}}

This moon has no atmosphere and a surface temperature of 5.4 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Sueñurdix ===

{{Planet Data
|class=D
|distance={{Exp|3.5549|6}} km
|period=1 day 8 hours and 7 minutes
|radius=463.5 km
|gravity=0.057 g
}}

This moon has no atmosphere and a surface temperature of 20.6 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Echppakara ===

{{Planet Data
|class=D
|distance={{Exp|3.7460|6}} km
|period=1 day 10 hours and 44 minutes
|radius=199.62 km
|gravity=0.03 g
}}

This moon has no atmosphere and a surface temperature of 22.6 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Sueñnpa ===

{{Planet Data
|class=D
|distance={{Exp|3.8929|6}} km
|period=1 day 12 hours and 48 minutes
|radius=463.68 km
|gravity=0.058 g
}}

This moon has no atmosphere and a surface temperature of 5.8 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Sombm Ekanas ===

{{Planet Data
|class=D
|distance={{Exp|3.9057|6}} km
|period=1 day 12 hours and 59 minutes
|radius=495.16 km
|gravity=0.066 g
}}

This moon has no atmosphere and a surface temperature of 20.9 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

== Rojoph Astenoo ==

{{Planet Data
|class=I
|distance=3.021 AU
|period=5 years 92 days 15 hours and 19 minutes
|radius=17,866.74 km
|gravity=0.326 g
}}

There are 9 moons orbiting this planet. This gas giant has an internal pressure of 78848.8 kPa or 778.4 atmospheres and a temperature of 30.6 degrees C. It is an ice giant with a tilted magnetic field with a composition of rock, ice, methane, and ammonia.

=== Wynni Tsukux ===

{{Planet Data
|class=D
|distance={{Exp|9.2950|6}} km
|period=5 days 15 hours and 46 minutes
|radius=393.38 km
|gravity=0.05 g
}}

This moon has no atmosphere and a surface temperature of -86.6 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Rirdia ===

{{Planet Data
|class=D
|distance={{Exp|1.7285|7}} km
|period=14 days 8 hours and 16 minutes
|radius=229.37 km
|gravity=0.027 g
}}

This moon has no atmosphere and a surface temperature of -87.5 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Traumt Ennjila ===

{{Planet Data
|class=D
|distance={{Exp|2.4743|7}} km
|period=24 days 13 hours and 38 minutes
|radius=233.94 km
|gravity=0.026 g
}}

This moon has no atmosphere and a surface temperature of -76.3 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Lunibh Ringie ===

{{Planet Data
|class=D
|distance={{Exp|2.5063|7}} km
|period=25 days 1 hour and 8 minutes
|radius=371.23 km
|gravity=0.046 g
}}

This moon has no atmosphere and a surface temperature of -80.3 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Magin Akamex ===

{{Planet Data
|class=D
|distance={{Exp|2.5134|7}} km
|period=25 days 3 hours and 40 minutes
|radius=151.01 km
|gravity=0.019 g
}}

This moon has no atmosphere and a surface temperature of -86.9 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Mirdex ===

{{Planet Data
|class=D
|distance={{Exp|2.5205|7}} km
|period=25 days 6 hours and 14 minutes
|radius=434.07 km
|gravity=0.06 g
}}

This moon has no atmosphere and a surface temperature of -85.8 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Shachas Handette ===

{{Planet Data
|class=D
|distance={{Exp|2.5743|7}} km
|period=26 days 1 hour and 44 minutes
|radius=201.57 km
|gravity=0.028 g
}}

This moon has no atmosphere and a surface temperature of -78.1 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Magisidhex ===

{{Planet Data
|class=D
|distance={{Exp|2.5811|7}} km
|period=26 days 4 hours and 12 minutes
|radius=339.27 km
|gravity=0.041 g
}}

This moon has no atmosphere and a surface temperature of -89.9 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

Sensors show a solar-powered beacon looping a brief audio distress call.

=== Runeverd Rfolnina ===

{{Planet Data
|class=D
|distance={{Exp|2.5867|7}} km
|period=26 days 6 hours and 15 minutes
|radius=477.9 km
|gravity=0.057 g
}}

This moon has no atmosphere and a surface temperature of -89.4 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

== Verdpotzih Uichtliloa ==

{{Planet Data
|class=D
|distance=4.163 AU
|period=8 years 182 days 2 hours and 32 minutes
|radius=274.13 km
|gravity=0.039 g
}}

There are no moons orbiting this planet. This planet has no atmosphere and a surface temperature of -114.8 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

== Asteroid Belt ==

An asteroid belt orbits roughly between 4.510 AU and 8.212 AU. This is a sparse asteroid belt, composed of high concentrations of cooperite, moderate concentrations of zirconium silicate, small concentrations of chromite, and trace amounts of laurite.

== Wald'T Ismeth ==

{{Planet Data
|class=I
|distance=9.683 AU
|period=30 years 55 days 2 hours and 15 minutes
|radius=27,316.2 km
|gravity=0.116 g
}}

There is 1 moon orbiting this planet. This gas giant has an internal pressure of 16273.4 kPa or 160.6 atmospheres and a temperature of -105.0 degrees C. It is an ice giant with a tilted magnetic field with a composition of rock, ice, methane, and ammonia.

=== Anigrusine ===

{{Planet Data
|class=C
|distance={{Exp|7.6631|7}} km
|period=133 days 21 hours and 46 minutes
|radius=6,265.85 km
|gravity=0.97 g
}}

This moon has no atmosphere and a surface temperature of -165.7 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

== Waldjasnu ==

{{Planet Data
|class=C
|distance=11.648 AU
|period=39 years 285 days 13 hours and 29 minutes
|radius=9,242.01 km
|gravity=1.16 g
}}

There are no moons orbiting this planet. This planet has no atmosphere and a surface temperature of -173.3 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

== Waldne Cylleo ==

{{Planet Data
|class=C
|distance=13.670 AU
|period=50 years 210 days 11 hours and 13 minutes
|radius=7,979.62 km
|gravity=1.044 g
}}

There are no moons orbiting this planet. This planet has no atmosphere and a surface temperature of -184.5 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

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

Omicron Caelus Star System

2026-07-25T04:23:37Z

Cyclops: Added additional images.

[[File:Omicron-Caelus-Star.png|thumb|Omicron Caelus]]
{{Star Data
|type=F3IV Yellow-White Subgiant Star
|radius={{Exp|7.65|5}} km
|mass={{Exp|3.39|30}} kg (1.7% of Sol)
|temp=7000 K
|lum={{Exp|1.00|27}} W (2.6× Sol)
|hab=Between 1.54 and 2.22 AU
|loc=[[Xi Seraphim Sector]] 1.89 ly from [[Xanthon Star System]]
}}

The star is approximately 454.16 million years old, with an expected lifespan of 2.28 billion years and possesses a main-sequence habitable zone lifespan spanning between 2 and 4 billion years, which provides sufficient time for complex biospheres to emerge, including advanced UV-shielding and biofluorescent adaptations.

This system contains 8 planets, 1 asteroid belt, and 25 moons. There are no potentially habitable worlds in this system. The star's stellar wind creates a bubble, known as the heliosphere, which extends out to approximately 373.7573 AU. Beyond this, the star's gravitational influence extends out to a distance of 2.04 light-years, marking the ultimate edge of the system.

== Geneleher ==

{{Planet Data
|class=B
|distance={{Exp|1.4|8}} km (0.938 AU)
|period=332 days 1 hour and 1 minute
|radius=4,009.26 km
|gravity=0.543 g
}}

There are 9 moons orbiting this planet. This planet has a surface pressure of 542.6 kPa or 5.36 atmospheres and a temperature of 133.2 degrees C. It is a small, molten world with a thin atmosphere with an atmosphere of a mix of helium, sodium, and oxygen and a composition of iron, potassium, and silicon.

Sensors show a vast, perfectly smooth glass crater with refined materials fused into its center.

=== Risin Grulle ===

{{Class Data
|class=D
|distance={{Exp|1.2036|6}} km
|period=6 hours and 20 minutes
|radius=232.23 km
|gravity=0.032 g
}}

This moon has no atmosphere and a surface temperature of 59.8 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Wynnd Iverda ===

{{Class Data
|class=D
|distance={{Exp|1.4126|6}} km
|period=8 hours and 3 minutes
|radius=67.29 km
|gravity=0.01 g
}}

This moon has no atmosphere and a surface temperature of 76.2 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Somnit Haliax ===

{{Class Data
|class=D
|distance={{Exp|1.7429|6}} km
|period=11 hours and 1 minute
|radius=445.3 km
|gravity=0.052 g
}}

This moon has no atmosphere and a surface temperature of 78.4 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

Sensors show an automated surface rover actively sorting stones by size and composition into a grid.

=== Sognts Uamalle ===

{{Class Data
|class=D
|distance={{Exp|3.4486|6}} km
|period=1 day 6 hours and 41 minutes
|radius=496.19 km
|gravity=0.071 g
}}

This moon has no atmosphere and a surface temperature of 57.7 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Sueñpansa ===

{{Class Data
|class=D
|distance={{Exp|3.4733|6}} km
|period=1 day 7 hours and 1 minute
|radius=285.85 km
|gravity=0.032 g
}}

This moon has no atmosphere and a surface temperature of 76.1 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Riranias ===

{{Class Data
|class=D
|distance={{Exp|3.4918|6}} km
|period=1 day 7 hours and 16 minutes
|radius=452.66 km
|gravity=0.07 g
}}

This moon has no atmosphere and a surface temperature of 76.5 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Runerisu ===

{{Class Data
|class=D
|distance={{Exp|3.5043|6}} km
|period=1 day 7 hours and 26 minutes
|radius=433.02 km
|gravity=0.05 g
}}

This moon has no atmosphere and a surface temperature of 58.2 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Piratola ===

{{Class Data
|class=D
|distance={{Exp|3.5160|6}} km
|period=1 day 7 hours and 35 minutes
|radius=70.43 km
|gravity=0.009 g
}}

This moon has no atmosphere and a surface temperature of 61.5 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Riskrt Atoraa ===

{{Class Data
|class=D
|distance={{Exp|3.5185|6}} km
|period=1 day 7 hours and 37 minutes
|radius=385.26 km
|gravity=0.055 g
}}

This moon has no atmosphere and a surface temperature of 77.7 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

== Veliamahia ==

{{Planet Data
|class=C
|distance=1.175 AU
|period=1 year 100 days 2 hours and 25 minutes
|radius=5,007.31 km
|gravity=0.572 g
}}

There are no moons orbiting this planet. This planet has no atmosphere and a surface temperature of 35.0 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

== Steinpa Siphaeca ==

{{Planet Data
|class=B
|distance=1.325 AU
|period=1 year 192 days 4 hours and 12 minutes
|radius=3,160.59 km
|gravity=0.428 g
}}

There are 6 moons orbiting this planet. This planet has a surface pressure of 353.8 kPa or 3.49 atmospheres and a temperature of 44.6 degrees C. It is a small, molten world with a thin atmosphere with an atmosphere of a mix of helium, sodium, and oxygen and a composition of iron, potassium, and silicon.

=== Whissidhex ===

{{Class Data
|class=D
|distance={{Exp|2.9949|6}} km
|period=1 day and 50 minutes
|radius=194.82 km
|gravity=0.03 g
}}

This moon has no atmosphere and a surface temperature of 24.3 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Anittal Omatira ===

{{Class Data
|class=D
|distance={{Exp|3.0893|6}} km
|period=1 day 2 hours and 1 minute
|radius=455.05 km
|gravity=0.069 g
}}

This moon has no atmosphere and a surface temperature of 5.4 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Sueñurdix ===

{{Class Data
|class=D
|distance={{Exp|3.5549|6}} km
|period=1 day 8 hours and 7 minutes
|radius=463.5 km
|gravity=0.057 g
}}

This moon has no atmosphere and a surface temperature of 20.6 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Echppakara ===

{{Class Data
|class=D
|distance={{Exp|3.7460|6}} km
|period=1 day 10 hours and 44 minutes
|radius=199.62 km
|gravity=0.03 g
}}

This moon has no atmosphere and a surface temperature of 22.6 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Sueñnpa ===

{{Class Data
|class=D
|distance={{Exp|3.8929|6}} km
|period=1 day 12 hours and 48 minutes
|radius=463.68 km
|gravity=0.058 g
}}

This moon has no atmosphere and a surface temperature of 5.8 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Sombm Ekanas ===

{{Class Data
|class=D
|distance={{Exp|3.9057|6}} km
|period=1 day 12 hours and 59 minutes
|radius=495.16 km
|gravity=0.066 g
}}

This moon has no atmosphere and a surface temperature of 20.9 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

== Rojoph Astenoo ==

{{Planet Data
|class=I
|distance=3.021 AU
|period=5 years 92 days 15 hours and 19 minutes
|radius=17,866.74 km
|gravity=0.326 g
}}

There are 9 moons orbiting this planet. This gas giant has an internal pressure of 78848.8 kPa or 778.4 atmospheres and a temperature of 30.6 degrees C. It is an ice giant with a tilted magnetic field with a composition of rock, ice, methane, and ammonia.

=== Wynni Tsukux ===

{{Class Data
|class=D
|distance={{Exp|9.2950|6}} km
|period=5 days 15 hours and 46 minutes
|radius=393.38 km
|gravity=0.05 g
}}

This moon has no atmosphere and a surface temperature of -86.6 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Rirdia ===

{{Class Data
|class=D
|distance={{Exp|1.7285|7}} km
|period=14 days 8 hours and 16 minutes
|radius=229.37 km
|gravity=0.027 g
}}

This moon has no atmosphere and a surface temperature of -87.5 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Traumt Ennjila ===

{{Class Data
|class=D
|distance={{Exp|2.4743|7}} km
|period=24 days 13 hours and 38 minutes
|radius=233.94 km
|gravity=0.026 g
}}

This moon has no atmosphere and a surface temperature of -76.3 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Lunibh Ringie ===

{{Class Data
|class=D
|distance={{Exp|2.5063|7}} km
|period=25 days 1 hour and 8 minutes
|radius=371.23 km
|gravity=0.046 g
}}

This moon has no atmosphere and a surface temperature of -80.3 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Magin Akamex ===

{{Class Data
|class=D
|distance={{Exp|2.5134|7}} km
|period=25 days 3 hours and 40 minutes
|radius=151.01 km
|gravity=0.019 g
}}

This moon has no atmosphere and a surface temperature of -86.9 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Mirdex ===

{{Class Data
|class=D
|distance={{Exp|2.5205|7}} km
|period=25 days 6 hours and 14 minutes
|radius=434.07 km
|gravity=0.06 g
}}

This moon has no atmosphere and a surface temperature of -85.8 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Shachas Handette ===

{{Class Data
|class=D
|distance={{Exp|2.5743|7}} km
|period=26 days 1 hour and 44 minutes
|radius=201.57 km
|gravity=0.028 g
}}

This moon has no atmosphere and a surface temperature of -78.1 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Magisidhex ===

{{Class Data
|class=D
|distance={{Exp|2.5811|7}} km
|period=26 days 4 hours and 12 minutes
|radius=339.27 km
|gravity=0.041 g
}}

This moon has no atmosphere and a surface temperature of -89.9 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

Sensors show a solar-powered beacon looping a brief audio distress call.

=== Runeverd Rfolnina ===

{{Class Data
|class=D
|distance={{Exp|2.5867|7}} km
|period=26 days 6 hours and 15 minutes
|radius=477.9 km
|gravity=0.057 g
}}

This moon has no atmosphere and a surface temperature of -89.4 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

== Verdpotzih Uichtliloa ==

{{Planet Data
|class=D
|distance=4.163 AU
|period=8 years 182 days 2 hours and 32 minutes
|radius=274.13 km
|gravity=0.039 g
}}

There are no moons orbiting this planet. This planet has no atmosphere and a surface temperature of -114.8 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

== Asteroid Belt ==

An asteroid belt orbits roughly between 4.510 AU and 8.212 AU. This is a sparse asteroid belt, composed of high concentrations of cooperite, moderate concentrations of zirconium silicate, small concentrations of chromite, and trace amounts of laurite.

== Wald'T Ismeth ==

{{Planet Data
|class=I
|distance=9.683 AU
|period=30 years 55 days 2 hours and 15 minutes
|radius=27,316.2 km
|gravity=0.116 g
}}

There is 1 moon orbiting this planet. This gas giant has an internal pressure of 16273.4 kPa or 160.6 atmospheres and a temperature of -105.0 degrees C. It is an ice giant with a tilted magnetic field with a composition of rock, ice, methane, and ammonia.

=== Anigrusine ===

{{Class Data
|class=C
|distance={{Exp|7.6631|7}} km
|period=133 days 21 hours and 46 minutes
|radius=6,265.85 km
|gravity=0.97 g
}}

This moon has no atmosphere and a surface temperature of -165.7 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

== Waldjasnu ==

{{Planet Data
|class=C
|distance=11.648 AU
|period=39 years 285 days 13 hours and 29 minutes
|radius=9,242.01 km
|gravity=1.16 g
}}

There are no moons orbiting this planet. This planet has no atmosphere and a surface temperature of -173.3 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

== Waldne Cylleo ==

{{Planet Data
|class=C
|distance=13.670 AU
|period=50 years 210 days 11 hours and 13 minutes
|radius=7,979.62 km
|gravity=1.044 g
}}

There are no moons orbiting this planet. This planet has no atmosphere and a surface temperature of -184.5 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

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

Omicron Caelus Star System

2026-07-25T04:19:40Z

Cyclops: Created page with "{{Star Data |type=F3IV Yellow-White Subgiant Star |radius={{Exp|7.65|5}} km |mass={{Exp|3.39|30}} kg (1.7% of Sol) |temp=7000 K |lum={{Exp|1.00|27}} W (2.6× Sol) |hab=Between 1.54 and 2.22 AU |loc=Xi Seraphim Sector 1.89 ly from Xanthon Star System }} The star is approximately 454.16 million years old, with an expected lifespan of 2.28 billion years and possesses a main-sequence habitable zone lifespan spanning between 2 and 4 billion years, which provides s..."

{{Star Data
|type=F3IV Yellow-White Subgiant Star
|radius={{Exp|7.65|5}} km
|mass={{Exp|3.39|30}} kg (1.7% of Sol)
|temp=7000 K
|lum={{Exp|1.00|27}} W (2.6× Sol)
|hab=Between 1.54 and 2.22 AU
|loc=[[Xi Seraphim Sector]] 1.89 ly from [[Xanthon Star System]]
}}

The star is approximately 454.16 million years old, with an expected lifespan of 2.28 billion years and possesses a main-sequence habitable zone lifespan spanning between 2 and 4 billion years, which provides sufficient time for complex biospheres to emerge, including advanced UV-shielding and biofluorescent adaptations.

This system contains 8 planets, 1 asteroid belt, and 25 moons. There are no potentially habitable worlds in this system. The star's stellar wind creates a bubble, known as the heliosphere, which extends out to approximately 373.7573 AU. Beyond this, the star's gravitational influence extends out to a distance of 2.04 light-years, marking the ultimate edge of the system.

== Geneleher ==

{{Planet Data
|class=B
|distance={{Exp|1.4|8}} km (0.938 AU)
|period=332 days 1 hour and 1 minute
|radius=4,009.26 km
|gravity=0.543 g
}}

There are 9 moons orbiting this planet. This planet has a surface pressure of 542.6 kPa or 5.36 atmospheres and a temperature of 133.2 degrees C. It is a small, molten world with a thin atmosphere with an atmosphere of a mix of helium, sodium, and oxygen and a composition of iron, potassium, and silicon.

Sensors show a vast, perfectly smooth glass crater with refined materials fused into its center.

=== Risin Grulle ===

{{Class Data
|class=D
|distance={{Exp|1.2036|6}} km
|period=6 hours and 20 minutes
|radius=232.23 km
|gravity=0.032 g
}}

This moon has no atmosphere and a surface temperature of 59.8 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Wynnd Iverda ===

{{Class Data
|class=D
|distance={{Exp|1.4126|6}} km
|period=8 hours and 3 minutes
|radius=67.29 km
|gravity=0.01 g
}}

This moon has no atmosphere and a surface temperature of 76.2 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Somnit Haliax ===

{{Class Data
|class=D
|distance={{Exp|1.7429|6}} km
|period=11 hours and 1 minute
|radius=445.3 km
|gravity=0.052 g
}}

This moon has no atmosphere and a surface temperature of 78.4 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

Sensors show an automated surface rover actively sorting stones by size and composition into a grid.

=== Sognts Uamalle ===

{{Class Data
|class=D
|distance={{Exp|3.4486|6}} km
|period=1 day 6 hours and 41 minutes
|radius=496.19 km
|gravity=0.071 g
}}

This moon has no atmosphere and a surface temperature of 57.7 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Sueñpansa ===

{{Class Data
|class=D
|distance={{Exp|3.4733|6}} km
|period=1 day 7 hours and 1 minute
|radius=285.85 km
|gravity=0.032 g
}}

This moon has no atmosphere and a surface temperature of 76.1 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Riranias ===

{{Class Data
|class=D
|distance={{Exp|3.4918|6}} km
|period=1 day 7 hours and 16 minutes
|radius=452.66 km
|gravity=0.07 g
}}

This moon has no atmosphere and a surface temperature of 76.5 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Runerisu ===

{{Class Data
|class=D
|distance={{Exp|3.5043|6}} km
|period=1 day 7 hours and 26 minutes
|radius=433.02 km
|gravity=0.05 g
}}

This moon has no atmosphere and a surface temperature of 58.2 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Piratola ===

{{Class Data
|class=D
|distance={{Exp|3.5160|6}} km
|period=1 day 7 hours and 35 minutes
|radius=70.43 km
|gravity=0.009 g
}}

This moon has no atmosphere and a surface temperature of 61.5 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Riskrt Atoraa ===

{{Class Data
|class=D
|distance={{Exp|3.5185|6}} km
|period=1 day 7 hours and 37 minutes
|radius=385.26 km
|gravity=0.055 g
}}

This moon has no atmosphere and a surface temperature of 77.7 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

== Veliamahia ==

{{Planet Data
|class=C
|distance=1.175 AU
|period=1 year 100 days 2 hours and 25 minutes
|radius=5,007.31 km
|gravity=0.572 g
}}

There are no moons orbiting this planet. This planet has no atmosphere and a surface temperature of 35.0 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

== Steinpa Siphaeca ==

{{Planet Data
|class=B
|distance=1.325 AU
|period=1 year 192 days 4 hours and 12 minutes
|radius=3,160.59 km
|gravity=0.428 g
}}

There are 6 moons orbiting this planet. This planet has a surface pressure of 353.8 kPa or 3.49 atmospheres and a temperature of 44.6 degrees C. It is a small, molten world with a thin atmosphere with an atmosphere of a mix of helium, sodium, and oxygen and a composition of iron, potassium, and silicon.

=== Whissidhex ===

{{Class Data
|class=D
|distance={{Exp|2.9949|6}} km
|period=1 day and 50 minutes
|radius=194.82 km
|gravity=0.03 g
}}

This moon has no atmosphere and a surface temperature of 24.3 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Anittal Omatira ===

{{Class Data
|class=D
|distance={{Exp|3.0893|6}} km
|period=1 day 2 hours and 1 minute
|radius=455.05 km
|gravity=0.069 g
}}

This moon has no atmosphere and a surface temperature of 5.4 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Sueñurdix ===

{{Class Data
|class=D
|distance={{Exp|3.5549|6}} km
|period=1 day 8 hours and 7 minutes
|radius=463.5 km
|gravity=0.057 g
}}

This moon has no atmosphere and a surface temperature of 20.6 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Echppakara ===

{{Class Data
|class=D
|distance={{Exp|3.7460|6}} km
|period=1 day 10 hours and 44 minutes
|radius=199.62 km
|gravity=0.03 g
}}

This moon has no atmosphere and a surface temperature of 22.6 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Sueñnpa ===

{{Class Data
|class=D
|distance={{Exp|3.8929|6}} km
|period=1 day 12 hours and 48 minutes
|radius=463.68 km
|gravity=0.058 g
}}

This moon has no atmosphere and a surface temperature of 5.8 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Sombm Ekanas ===

{{Class Data
|class=D
|distance={{Exp|3.9057|6}} km
|period=1 day 12 hours and 59 minutes
|radius=495.16 km
|gravity=0.066 g
}}

This moon has no atmosphere and a surface temperature of 20.9 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

== Rojoph Astenoo ==

{{Planet Data
|class=I
|distance=3.021 AU
|period=5 years 92 days 15 hours and 19 minutes
|radius=17,866.74 km
|gravity=0.326 g
}}

There are 9 moons orbiting this planet. This gas giant has an internal pressure of 78848.8 kPa or 778.4 atmospheres and a temperature of 30.6 degrees C. It is an ice giant with a tilted magnetic field with a composition of rock, ice, methane, and ammonia.

=== Wynni Tsukux ===

{{Class Data
|class=D
|distance={{Exp|9.2950|6}} km
|period=5 days 15 hours and 46 minutes
|radius=393.38 km
|gravity=0.05 g
}}

This moon has no atmosphere and a surface temperature of -86.6 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Rirdia ===

{{Class Data
|class=D
|distance={{Exp|1.7285|7}} km
|period=14 days 8 hours and 16 minutes
|radius=229.37 km
|gravity=0.027 g
}}

This moon has no atmosphere and a surface temperature of -87.5 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Traumt Ennjila ===

{{Class Data
|class=D
|distance={{Exp|2.4743|7}} km
|period=24 days 13 hours and 38 minutes
|radius=233.94 km
|gravity=0.026 g
}}

This moon has no atmosphere and a surface temperature of -76.3 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Lunibh Ringie ===

{{Class Data
|class=D
|distance={{Exp|2.5063|7}} km
|period=25 days 1 hour and 8 minutes
|radius=371.23 km
|gravity=0.046 g
}}

This moon has no atmosphere and a surface temperature of -80.3 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Magin Akamex ===

{{Class Data
|class=D
|distance={{Exp|2.5134|7}} km
|period=25 days 3 hours and 40 minutes
|radius=151.01 km
|gravity=0.019 g
}}

This moon has no atmosphere and a surface temperature of -86.9 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Mirdex ===

{{Class Data
|class=D
|distance={{Exp|2.5205|7}} km
|period=25 days 6 hours and 14 minutes
|radius=434.07 km
|gravity=0.06 g
}}

This moon has no atmosphere and a surface temperature of -85.8 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Shachas Handette ===

{{Class Data
|class=D
|distance={{Exp|2.5743|7}} km
|period=26 days 1 hour and 44 minutes
|radius=201.57 km
|gravity=0.028 g
}}

This moon has no atmosphere and a surface temperature of -78.1 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

=== Magisidhex ===

{{Class Data
|class=D
|distance={{Exp|2.5811|7}} km
|period=26 days 4 hours and 12 minutes
|radius=339.27 km
|gravity=0.041 g
}}

This moon has no atmosphere and a surface temperature of -89.9 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

Sensors show a solar-powered beacon looping a brief audio distress call.

=== Runeverd Rfolnina ===

{{Class Data
|class=D
|distance={{Exp|2.5867|7}} km
|period=26 days 6 hours and 15 minutes
|radius=477.9 km
|gravity=0.057 g
}}

This moon has no atmosphere and a surface temperature of -89.4 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

== Verdpotzih Uichtliloa ==

{{Planet Data
|class=D
|distance=4.163 AU
|period=8 years 182 days 2 hours and 32 minutes
|radius=274.13 km
|gravity=0.039 g
}}

There are no moons orbiting this planet. This planet has no atmosphere and a surface temperature of -114.8 degrees C. It is a small icy body with a composition of frozen hydrocarbons and ice.

== Asteroid Belt ==

An asteroid belt orbits roughly between 4.510 AU and 8.212 AU. This is a sparse asteroid belt, composed of high concentrations of cooperite, moderate concentrations of zirconium silicate, small concentrations of chromite, and trace amounts of laurite.

== Wald'T Ismeth ==

{{Planet Data
|class=I
|distance=9.683 AU
|period=30 years 55 days 2 hours and 15 minutes
|radius=27,316.2 km
|gravity=0.116 g
}}

There is 1 moon orbiting this planet. This gas giant has an internal pressure of 16273.4 kPa or 160.6 atmospheres and a temperature of -105.0 degrees C. It is an ice giant with a tilted magnetic field with a composition of rock, ice, methane, and ammonia.

=== Anigrusine ===

{{Class Data
|class=C
|distance={{Exp|7.6631|7}} km
|period=133 days 21 hours and 46 minutes
|radius=6,265.85 km
|gravity=0.97 g
}}

This moon has no atmosphere and a surface temperature of -165.7 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

== Waldjasnu ==

{{Planet Data
|class=C
|distance=11.648 AU
|period=39 years 285 days 13 hours and 29 minutes
|radius=9,242.01 km
|gravity=1.16 g
}}

There are no moons orbiting this planet. This planet has no atmosphere and a surface temperature of -173.3 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

== Waldne Cylleo ==

{{Planet Data
|class=C
|distance=13.670 AU
|period=50 years 210 days 11 hours and 13 minutes
|radius=7,979.62 km
|gravity=1.044 g
}}

There are no moons orbiting this planet. This planet has no atmosphere and a surface temperature of -184.5 degrees C. It is a dead world with a composition of anthracite, basalt, and hydrocarbons.

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

File:Biosuit.jpg

2026-07-22T02:27:39Z

Cyclops: Cyclops uploaded a new version of File:Biosuit.jpg

Astro-Glide X3EVA Flight Suit

2026-07-22T02:16:22Z

Cyclops: updated image

[[File:Astro-glide-suit.jpg|thumb|Male and female versions of the Astro-Glide flight suit.]]
The Astro-Glide X3EVA Flight Suit, designed for [[Solas Tempus]] fighters and space craft, aims to enhance pilot survivability and combat effectiveness. Its sleek design incorporates the Adaptive Kinetic Mobility System (AKMS) with smart nanofibers for superior range of motion and flexibility. Advanced nano-insulation materials ensure thermal and radiation protection, while the Intelligent Connectivity and Vital Signs Monitoring (ICVSM) system maintains constant communication and real-time vital sign monitoring. The suit's limited rebreathing life support efficiently converts exhaled carbon dioxide into breathable oxygen, extending mission endurance. With unwavering commitment to pilot safety and performance, the Astro-Glide X3EVA empowers pilots to excel in the challenges of space exploration.

== Capabilities ==
The combination of advanced technologies integrated into the Astro-Glide X3EVA Flight Suit significantly enhances pilot survival in the event of sudden exposure to hard vacuum. The Pressure and Vacuum Sealing with Nanomaterial Enclosure ensures a swift and airtight response to the vacuum of space, preventing immediate decompression and safeguarding the pilot from potentially fatal effects. The [[nanomaterials]]' capability to dynamically adjust permeability in the helmet and gloves creates an essential barrier against rapid pressure loss. Meanwhile, the Advanced Limited Rebreathing Life Support offers a vital advantage, allowing the pilot to sustain breathable air for up to 4 hours through efficient carbon dioxide reprocessing. In combination, these features protect against hypoxia and hypothermia, providing crucial time for rescue or maneuvering to a safer environment. Additionally, the Thermal and Radiation Protection defends against extreme temperature fluctuations and unshielded solar radiation, further mitigating risks associated with unexpected exposure to space's harsh elements. The Astro-Glide X3EVA Flight Suit stands as a reliable and life-saving asset in emergency situations, ensuring pilot survival during sudden hard vacuum exposure and extending the critical window for response and recovery.

; Adaptive Kinetic Mobility System (AKMS): The Astro-Glide X3EVA Flight Suit incorporates smart Nanomaterials and microactuators throughout its fabric, enabling the AKMS to responsively adapt to pilot movements and aircraft dynamics. By adjusting tension and compression points, the AKMS optimizes range of motion and flexibility, reducing muscle fatigue during high-G maneuvers, aerobatics, and intricate flight sequences. The AKMS seamlessly integrates with the spacecraft's fly-by-wire system, establishing a cohesive pilot-aircraft interface.
; Thermal and Radiation Protection: Employing advanced multi-layered nano-insulation materials, the flight suit shields the pilot from extreme temperatures during high-speed and high-altitude flights. Its outermost layer exhibits exceptional resistance to solar radiation, safeguarding against unshielded exposure to harmful ultraviolet (UV), X-ray, and gamma-ray radiation encountered in space.
; Pressure and Vacuum Sealing with Nanomaterial Enclosure: Through state-of-the-art nanomaterials, the flight suit's helmet and gloves form a dynamic environmental seal. Smart nanomaterial membranes within these components instantaneously adjust permeability in response to environmental conditions, maintaining controlled internal pressure during space missions. The nanomaterials enable airtight sealing against the vacuum of space when necessary, while affording increased breathability and mobility during in-cockpit operations or low-risk environments.
; Advanced Limited Rebreathing Life Support: Equipped with cutting-edge nanomaterials, the flight suit's helmet and system manage heat and pressure, ensuring a comfortable internal environment during space missions. Notably, the nanomaterials enable limited rebreathing, efficiently reprocessing and converting exhaled carbon dioxide into breathable oxygen through a self-sustaining process. The innovative feature ensures up to 4 hours of continuous breathable air, providing supplemental life support for shorter missions or emergencies. However, it is imperative to acknowledge that the Astro-Glide X3EVA Flight Suit does not replace a full-fledged environmental suit and is designed for intermediate missions with controlled duration.
; Intelligent Connectivity and Vital Signs Monitoring (ICVSM): The Astro-Glide X3EVA Flight Suit features an advanced ICVSM system, seamlessly integrating communication technologies and vital sign sensors for comprehensive pilot monitoring. The system facilitates constant pilot-team connectivity, enables reception of critical mission updates, and effortless communication with ground control throughout the mission phases. Simultaneously, smart sensors within the suit continuously monitor vital signs such as heart rate and oxygen levels, ensuring pilot well-being and facilitating prompt medical attention if needed.

== History ==
The Astro-Glide X1EVA Flight Suit, first developed in 2385, marked a significant milestone in spaceflight technology. Featuring the pioneering Adaptive Kinetic Mobility System (AKMS) and incorporating early-generation nanomaterials, it revolutionized pilot mobility and performance during space missions. However, one notable problem surfaced with the X1EVA over extended missions. Pilots reported discomfort and increased fatigue due to a lack of efficient temperature regulation within the suit. This limitation spurred the development of the X2EVA in 2386, aiming to address the thermal management issues.

The Astro-Glide X2EVA Flight Suit introduced enhanced thermal insulation properties, making use of advanced multi-layered nano-insulation materials. By doing so, it effectively shielded pilots from extreme temperature variations during high-speed and high-altitude flights. While the X2EVA provided a substantial improvement in thermal protection, it revealed a new challenge during prolonged missions. The incorporation of the advanced nanomaterials in the suit's design for thermal insulation led to some unintentional rigidity, restricting pilot movements during intricate flight sequences and dynamic maneuvers.

In response to this limitation, Solas Tempus embarked on a thorough research and development effort, culminating in the development of the Astro-Glide X3EVA Flight Suit in 2388. The X3EVA specialized model was designed explicitly for Solas Tempus, capitalizing on their proprietary Nanomaterial designs. The X3EVA's nanomaterials exhibited an unprecedented level of adaptability and responsiveness, overcoming the rigidity issues experienced with the X2EVA. The incorporation of these advanced nanofibers and microactuators into the suit's fabric facilitated seamless interaction with pilot movements and spacecraft dynamics through the upgraded Adaptive Kinetic Mobility System (AKMS).

With the X3EVA, pilots could now execute complex maneuvers and operate aircraft controls with unparalleled ease. Additionally, Solas Tempus introduced further refinements in the X3EVA's life support system, implementing the limited rebreathing capability to reprocess carbon dioxide into oxygen for up to 4 hours. This feature extended the suit's self-sustained life support capabilities, providing essential survival measures in the event of sudden exposure to hard vacuum.

[[Category:Advanced Technology]]

File:Astro-glide-suit.jpg

2026-07-22T02:13:58Z

Cyclops: Cyclops uploaded a new version of File:Astro-glide-suit.jpg

=={{int:filedesc}}==
{{Information
|description={{no|1=Male and female versions of the Astro-Glide flight suit.}}
|date=2023-07-29
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

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

Spacial Variance Reactor

2026-07-22T00:53:45Z

Cyclops: minor formatting fix

[[File:{{#setmainimage:svr-image.png}}|thumb]]
[[File:SVR-Mini.png|thumb|Miniature SVR]]
The Spacial Variance Reactor is an advanced energy system that extracts usable power from a stabilized artificial 1-brane—an engineered one-dimensional structure embedded within layered subspace and local spacetime curvature. It produces short-duration, high-intensity energy bursts and regenerates passively through field dynamics.

== Design ==
The core of the reactor consists of a compact, tensioned 1-brane suspended across multiple subspace strata and anchored to local spacetime geometry. This brane stores unified energy in a low-entropy, high-tension configuration. The reactor initiates controlled energy release by exploiting the tension differential between the brane and its surrounding spacetime.

As the brane begins to relax, it produces dimensional disturbances that generate verteron particles—virtual-like mediators of energy transfer. These emissions are routed through a series of accelerator coils, which extract usable power from the cascading recoil of subspace layers responding to the brane’s energetic discharge. The verterons themselves are not a power source; rather, their flux indicates active brane-spacetime interaction.

The brane is not depleted in the traditional sense; instead, energy output ceases temporarily when the local spacetime region reaches equilibrium with the brane. Once the gradient reforms due to cooling, vacuum fluctuation, or external influence, the brane re-tensions and becomes active again.

== Operation ==
In practical use, the Spacial Variance Reactor operates in energetic cycles, delivering power in high-intensity bursts while the tension gradient between the 1-brane and local spacetime remains steep. As the energy differential flattens—corresponding to a rise in local spacetime entropy—verteron activity subsides and energy extraction halts.

Maximum power output depends on both the steepness of the tension gradient and the rate at which energy is drawn. The reactor can produce extremely high output in very short bursts, but such operation is inherently unstable. Rapid extraction collapses the gradient quickly, initiating a dormancy cycle as the local region approaches entropic saturation.

Operators can moderate energy draw to preserve the brane's tension differential, extending the reactor’s active phase. While this reduces peak power, it increases operational stability and usable runtime. Once activated, the reactor cannot be conventionally shut down; it remains active until the gradient depletes and must passively regenerate over time.

Due to the burst-based nature of energy output, the reactor should be coupled with an energy storage and regulation system to buffer power delivery. This ensures consistent output to systems despite the reactor's cyclic energy profile.

Reactors must be spaced appropriately to avoid subspace interference. Clustering units closer than 35–38 mm risks destabilizing the local gradient fields, potentially leading to resonance interference or micro-rift formation.

== Power Characteristics ==
* ''Extremely high power density'', capable of brief ultra-intense output.
* ''Power bursts are unstable'', leading to rapid entropy equalization if not moderated.
* ''Output declines steeply'' as local spacetime reaches energetic parity with the brane.
* ''Longer active periods possible'' via reduced draw, trading intensity for duration.
* ''Passive regeneration'' when local field conditions return to low-entropy states.

== Size Limitations ==
Larger-scale variants are limited by geometric and field instability. As the reactor increases in scale, the internal structure becomes increasingly difficult to construct and maintain. Attempts to form a stable 1-brane at larger dimensions result in cascading complexity—substructures and higher-dimensional distortions emerge within the brane itself, disrupting uniform tension and reducing efficiency. Small reactors are preferred due to their high tension retention, regenerative efficiency, and controllable energy discharge characteristics.

== Major Components ==
; Brane Core Assembly: Contains the stabilized artificial 1-brane suspended across dimensional anchors; the primary source of energy potential.
; Containment Field Housing: Maintains spatial isolation and dimensional pressure control around the brane core to preserve structural tension and prevent premature energy bleed.
; Subspace Interface Manifold: Regulates the [[alignment]] between the brane core and adjacent subspace layers, enabling controlled energy transfer through field resonance.
; Verteron Induction Coils: Detect and channel verteron particle flux generated by brane-spacetime interactions, directing them into the conversion systems.
; Energy Conversion Matrix: Converts subspace recoil and verteron flux into usable electrical or plasma output based on application requirements.
; Thermal Stabilizer Unit: Manages localized heat buildup caused by energy release cycles, maintaining safe operating temperatures within the reactor housing.
; Gradient Monitoring Array: Continuously measures spacetime tension differential and entropy levels to regulate output and predict dormancy phases.
; Phase Modulator: Adjusts the rate of energy extraction and helps shape the output curve by manipulating field harmonics and brane tension damping.
; Containment Shield Lattice: Provides structural reinforcement and protects surrounding systems from dimensional feedback or containment field failure.

[[Category:Advanced Technology]]

Multinodal Core

2026-07-21T20:55:39Z

Cyclops: updated images

[[File:MNC-1.png|thumb|Type I Multinodal Core]]
[[File:MNC-2.png|thumb|Type II Multinodal Core]]
[[File:MNC-3.png|thumb|Type III Multinodal Core]]
[[File:MNC-4.png|thumb|Type IV Multinodal Core]]
The multinodal core is designed to allow an AI to operate synchronously between multiple devices that are not physically connected, with a near-zero lag time between different nodes receiving updated information. To facilitate this, a new communications protocol called the [[Ansible Transit Protocol]] or ATP has been developed.

== Full Core ==
A full multinodal core, directly attached to primary power and communications systems, serves as a centralized server node for ATP transfer. To avoid transmission errors, an AI matrix is stored in sync with the central node via forced subspace entanglement. The transmission channel for a full consciousness transfer is initiated from the central core to a destination through the attached communications system. Additionally, the full core is equipped with a fully integrated holographic projection system, allowing an installed AI matrix to directly project itself or any desired data in the local area.

=== Ansible Initialization ===
The full core is capable of initializing other cores through a direct connection to an uninitialized core. Initialization via subspace is theoretically possible but falls outside the protocol's specifications.

=== Redundancy ===
The full core has dedicated power redundancy, as well as its own transceiver array. This array serves as a backup to the connected array, ensuring system functionality even if the primary array is offline. Similarly, the redundant power supply within the core itself serves the same purpose.

=== Diagnostics / Maintenance ===
A full core can perform advanced diagnostics, automated repair adjustments to smaller cores, and manage damaged or power-depleted cores. Smaller cores are only capable of running basic internal diagnostics on their own hardware and software. The full core can run remote diagnostics on any part of the node array.

== Component Core ==
The second and third versions of the core are designed to be system components for the [[Mark I Humanoid Android Body]] or any other system with size constraints. Primarily intended to be integrated into a single device, they are small enough to fit within the standard android body head. They have their own limited reserve power supply and a simple diagnostic interface if the device is opened. However, they lack an independent transceiver array and rely on external components for that purpose. Although the core can be directly connected to almost any computer terminal, it is not recommended. The core should be installed and not removed unless necessary, as the full system it is installed in should handle all communications to and from the core.

The core interface operates as a simple low-resolution holographic display. Engineers can run diagnostics on the core and communicate directly with the AI matrix when necessary.

== Implant Core ==
The fourth version of the core is designed for direct implantation into very small or cybernetic systems. Initially developed for use in the XIA body to enable synchronous function of the third version's [[MSAI]], the fourth version allows the core to be implanted directly into a cybernetic system. Unlike the third version, the fourth version has an interface to the outside world. It features a nano-holographic emitter that enables simple diagnostics to be projected even outside the host device or body in which it is installed. Engineers can use this capability when an AI may be implanted into cybernetics to run diagnostics that the host may not be capable of running themselves.

Both Version 3 and 4 cores rely entirely on the host device or body for power and communications.

The Version 4 core is a prototype being researched for medical purposes rather than permanent installation into a living host body.

== Consciousness Focus ==
Some AI matrices may find it challenging to operate in multiple node locations simultaneously. The system is not designed to allow an AI to operate in an omnipresent way, although it can be used for that purpose. Instead, the system is designed to enable an AI to seamlessly switch between different node locations near-instantaneously from any distance. The ability of different AI capabilities and complexities to operate multiple instances of themselves within the same matrix may vary.

[[Category:Advanced Technology]]

File:MNC-1.png

2026-07-21T20:54:32Z

Cyclops: Uploaded own work with UploadWizard

=={{int:filedesc}}==
{{Information
|description={{no|1=Type I Multinodal Core}}
|date=2026-07-21
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

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

[[Category:AI Generated]]

File:MNC-4.png

2026-07-21T20:54:23Z

Cyclops: Uploaded own work with UploadWizard

=={{int:filedesc}}==
{{Information
|description={{no|1=Type IV Multinodal Core}}
|date=2026-07-21
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

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

[[Category:AI Generated]]

File:MNC-3.png

2026-07-21T20:54:23Z

Cyclops: Uploaded own work with UploadWizard

=={{int:filedesc}}==
{{Information
|description={{no|1=Type III Multinodal Core}}
|date=2026-07-21
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

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

[[Category:AI Generated]]

File:MNC-2.png

2026-07-21T20:54:23Z

Cyclops: Uploaded own work with UploadWizard

=={{int:filedesc}}==
{{Information
|description={{no|1=Type II Multinodal Core}}
|date=2026-07-21
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

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

[[Category:AI Generated]]

Spacial Variance Reactor

2026-07-21T06:11:38Z

Cyclops: updated images

[[File:{{#setmainimage:svr-image.png}}|thumb]]
[[File:SVR-Mini.png|thumb|Miniature SVR]]
The Spacial Variance Reactor is an advanced energy system that extracts usable power from a stabilized artificial 1-brane—an engineered one-dimensional structure embedded within layered subspace and local spacetime curvature. It produces short-duration, high-intensity energy bursts and regenerates passively through field dynamics.

== Design ==
The core of the reactor consists of a compact, tensioned 1-brane suspended across multiple subspace strata and anchored to local spacetime geometry. This brane stores unified energy in a low-entropy, high-tension configuration. The reactor initiates controlled energy release by exploiting the tension differential between the brane and its surrounding spacetime.

As the brane begins to relax, it produces dimensional disturbances that generate verteron particles—virtual-like mediators of energy transfer. These emissions are routed through a series of accelerator coils, which extract usable power from the cascading recoil of subspace layers responding to the brane’s energetic discharge. The verterons themselves are not a power source; rather, their flux indicates active brane-spacetime interaction.

The brane is not depleted in the traditional sense; instead, energy output ceases temporarily when the local spacetime region reaches equilibrium with the brane. Once the gradient reforms due to cooling, vacuum fluctuation, or external influence, the brane re-tensions and becomes active again.

== Operation ==
In practical use, the Spacial Variance Reactor operates in energetic cycles, delivering power in high-intensity bursts while the tension gradient between the 1-brane and local spacetime remains steep. As the energy differential flattens—corresponding to a rise in local spacetime entropy—verteron activity subsides and energy extraction halts.

Maximum power output depends on both the steepness of the tension gradient and the rate at which energy is drawn. The reactor can produce extremely high output in very short bursts, but such operation is inherently unstable. Rapid extraction collapses the gradient quickly, initiating a dormancy cycle as the local region approaches entropic saturation.

Operators can moderate energy draw to preserve the brane's tension differential, extending the reactor’s active phase. While this reduces peak power, it increases operational stability and usable runtime. Once activated, the reactor cannot be conventionally shut down; it remains active until the gradient depletes and must passively regenerate over time.

Due to the burst-based nature of energy output, the reactor should be coupled with an energy storage and regulation system to buffer power delivery. This ensures consistent output to systems despite the reactor's cyclic energy profile.

Reactors must be spaced appropriately to avoid subspace interference. Clustering units closer than 35–38 mm risks destabilizing the local gradient fields, potentially leading to resonance interference or micro-rift formation.

== Power Characteristics ==
- **Extremely high power density**, capable of brief ultra-intense output.
- **Power bursts are unstable**, leading to rapid entropy equalization if not moderated.
- **Output declines steeply** as local spacetime reaches energetic parity with the brane.
- **Longer active periods possible** via reduced draw, trading intensity for duration.
- **Passive regeneration** when local field conditions return to low-entropy states.

== Size Limitations ==
Larger-scale variants are limited by geometric and field instability. As the reactor increases in scale, the internal structure becomes increasingly difficult to construct and maintain. Attempts to form a stable 1-brane at larger dimensions result in cascading complexity—substructures and higher-dimensional distortions emerge within the brane itself, disrupting uniform tension and reducing efficiency. Small reactors are preferred due to their high tension retention, regenerative efficiency, and controllable energy discharge characteristics.

== Major Components ==
; Brane Core Assembly: Contains the stabilized artificial 1-brane suspended across dimensional anchors; the primary source of energy potential.
; Containment Field Housing: Maintains spatial isolation and dimensional pressure control around the brane core to preserve structural tension and prevent premature energy bleed.
; Subspace Interface Manifold: Regulates the [[alignment]] between the brane core and adjacent subspace layers, enabling controlled energy transfer through field resonance.
; Verteron Induction Coils: Detect and channel verteron particle flux generated by brane-spacetime interactions, directing them into the conversion systems.
; Energy Conversion Matrix: Converts subspace recoil and verteron flux into usable electrical or plasma output based on application requirements.
; Thermal Stabilizer Unit: Manages localized heat buildup caused by energy release cycles, maintaining safe operating temperatures within the reactor housing.
; Gradient Monitoring Array: Continuously measures spacetime tension differential and entropy levels to regulate output and predict dormancy phases.
; Phase Modulator: Adjusts the rate of energy extraction and helps shape the output curve by manipulating field harmonics and brane tension damping.
; Containment Shield Lattice: Provides structural reinforcement and protects surrounding systems from dimensional feedback or containment field failure.

[[Category:Advanced Technology]]

File:SVR-Mini.png

2026-07-21T06:11:00Z

Cyclops: Uploaded own work with UploadWizard

=={{int:filedesc}}==
{{Information
|description={{no|1=Miniature SVR}}
|date=2026-07-21
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

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

[[Category:AI Generated]]

File:Svr-image.png

2026-07-21T06:08:26Z

Cyclops: Cyclops uploaded a new version of File:Svr-image.png

File uploaded with MsUpload

Encapsulated Computer Core

2026-07-21T05:35:07Z

Cyclops: changed images

[[File:ECC-Standard.png|thumb|Standard ECC]]
[[File:Ecc-micro.png|thumb|Miniaturized ECC]]
The encapsulated computer is an extremely compact and fast computer processing and memory core developed by the Engineering Arm of [[Solas Tempus]].

== Operation ==
This kind of core can operate at multiple orders of magnitude greater speeds than traditional computer cores. The core itself contains its own memory, processing, and power source leaving it entirely separated from the outside world other than its input / output interfaces.

== Limitations ==
While this kind of core is exceptionally fast they cannot be chained together without an exponentially increased error rate between cores. Many attempts to chain cores together in series or parallel configurations have resulted in the same failures. It is unknown at this time why this happens. Some theories suggest that because of the nature of how an encapsulated core functions some kind of quantum level causality problems are occurring.

A core must be able to load an entire chunk of data into its internal memory through its I/O interface with the outside world before it can process it properly the transition from the outside world into the altered quantum state inside the core can take more time than other forms of data transfer depending on a variety of complex variables interacting at the subspace barrier encapsulating the core.

Currently the field can only be maintained for small sizes in normal space, devices are usually somewhere around 5 cm wide x 3 mm thick and cylindrical.

== Construction ==
The cores primary electronics, memory, power source, and other components are first built in normal spacetime and then assembled. A complex process encases the core inside a bubble of spacetime that is then pushed closer to the barrier of quantum disruption. Inside the field the core's power system begins to then draw energy from the Zero Point state that drops as the field compresses its contents to a smaller state relative to the outside. Once enough Zero Point Energy is reached, the field becomes self-sustaining within the core.

=== Input / Output System ===
Once the core has achieved equilibrium with its surroundings inside and outside the field a specialized interface is attached and an encasement put around the core. The specialized interface allows data transmissions across something similar to a [[transporter]] subspace domain to allow for communication inside the core.

== Oddities ==
Other than the limitations discussed previously, an encapsulated core has some other bizarre properties.

=== Power Transmission ===
One would generally think that drawing energy from the Zero Point State within the bubble could be used to produce energy outside the bubble. It cannot, attempts to do so have resulted in the core itself collapsing and (usually) exploding.

=== Repairs ===
The core cannot be repaired by conventional means. It is equipped with [[Nanites]] which can perform various repairs to some degree. However, matter cannot transition out of the altered quantum state inside the core making it impossible to reverse the process, repair the device, and then put it back into operation again. If the field collapses for any reason, the device explodes violently.

[[Category:Advanced Technology]]

File:ECC-Standard.png

2026-07-21T05:33:31Z

Cyclops: Uploaded own work with UploadWizard

=={{int:filedesc}}==
{{Information
|description={{no|1=Standard ECC}}
|date=2026-07-21
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

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

[[Category:AI Generated]]

File:Ecc-micro.png

2026-07-21T05:33:30Z

Cyclops: Uploaded own work with UploadWizard

=={{int:filedesc}}==
{{Information
|description={{no|1=Miniaturized ECC}}
|date=2026-07-21
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

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

[[Category:AI Generated]]

Vyrnix

2026-07-19T05:08:15Z

Cyclops: /* History */ revised history

{{Character Box
|name=Vyrnix Stormlord
|player=Cyclops
|setting=Embers of Soteria
|race=Azdrahyun
|type=Azdra'vorran (Storm Dragon)
|birthplace=Peak of Hrafneldr Fjall
|dob=Fjortan Aefterra Jearmund, Fjorhundrad Fyrsti Aerloga Somrar
|image=Vyrnix-normal.jpg
|fullname=Vyrnix, Stormlord of Hrafneldr Fjall
|height=6'1" (in humanoid form)
|weight=190 lbs (in humanoid form)
|eyecolor=Blue (Mutable based on elemental resonance)
|haircolor=Dark Blue / Black
|figure=Athletic and stern humanoid form; true form features broad, aether-veined wings.
}}
[[File:Vyrnix-human.jpg|thumb|Humanoid Formwoven state of Vyrnix]]
[[File:Vyrnix-dragon.jpg|thumb|Azdra'vorran true form of Vyrnix]]
Vyrnix is emotionally detached yet intensely focused. As a full [[Azdrahyun]], he possesses immense [[elemental]] potential, but a lingering curse suppresses his natural resonance and obscures his past. He senses emotional dissonance and magical pressure in others through his Worldsense, though his own emotions remain subdued. Pragmatic rather than traditionally good or evil, he focuses on maintaining or disrupting balance. Shadow magic influences his actions, complicating his obsession with an unverified love that acts as both his driving force and greatest vulnerability.

Vyrnix is highly disciplined, shaped by his Azdra'vorran upbringing and rigorous magical studies. He is an adept arcane scholar, though overconfidence has led to dangerous experiments. He recognizes the gravity of his role and the prophecy surrounding him. His loyalty frequently conflicts with the volatile instincts of his Azdra'vorran blood.

== Special Abilities ==
Vyrnix excels in storm magic, inherited from his Azdra'vorran kin. His abilities include shadow magic, influenced by an Azdra'nulthar-like curse that grants reality-bending skills. The curse restricts his Formweaving, locking him out of intermediate shapes. He senses love and longing through his Balance Perception. He is also a skilled artist.

; Storm Magic : Utilizes his Azdrahyun blood to generate and control storms.
; Lightning Magic : Generates electrical currents, thunderous concussions, and chain sparks.
; Shadow Magic : Limited mastery over shadow magic, influenced by his curse.
; Arcane Knowledge : Extensive knowledge of light and dark magical disciplines.
; Tempestuous Temper : Surges in magical power triggered by his volatile Azdra'vorran nature, often causing a loss of control.
; Worldsense & Balance Perception : Instinctively perceives magical pressure and emotional misalignments, particularly love or longing.
; Reality Bending : Acquired through reckless experiments, allowing him to tear and manipulate rifts in reality.
; Azdrahyun Resilience : Enduring elemental force granting resilience against weak spells.
; Artistic Expression : Sketches the mysterious maiden from his dreams.
; Formweaving : Can assume a flawed humanoid form and his true quadrupedal [[dragon]] form.

== Special Skills ==
Vyrnix specializes in Anemancy (Thurdomancy, Iskiomancy, and Thadjomancy), storm manipulation, and both light and dark magic. His combat training blends martial arts with arcane elements. He possesses a natural allure and extensive training in politics and leadership.

; Combat Training : Proficient in melee and ranged combat.
; Arcane Combat : Integrates magic into physical combat.
; Anemancy Specialization : Masters air and wind manipulation, focusing on storms and lightning (Thurdomancy).
; Iskiomancy and Thadjomancy : Controls ice and shadows.
; Seductive Allure : Possesses natural charisma, typical of young Azdrahyun interacting with mortals.
; Political Acumen : Educated in governance to navigate relations with mortal kingdoms.
; Leadership Training : Rigorously trained to lead within his territory.

== Special Equipment ==
His equipment enhances his innate skills.

; Stormshard Staff : Forged in Hrafneldr Fjall, imbued with storm dragon essence.
:* Lightning Surge
:: Channels a piercing lightning bolt once per day.
:* Static Shield
:: Generates an electrical defensive shield three times per day.
; Shadowmantle Cloak : Grants stealth and evasion in shadows.
; Dragonheart Amulet : Contains an elder Azdrahyun scale, enhancing elemental resonance.
; Arcane Grimoire : Contains rare and forbidden spells.
; Riftshard Dagger : Cuts through magical barriers.
; Thunderstrike Gauntlets : Enhances lightning attacks.
; Artist's Enchanted Sketchbook : Temporarily brings sketches to life.
; Riftwoven Pouch : A runic leather pouch functioning as a stable pocket dimension.

<gallery>
File:Stormshard-Staff.jpg|Stormshard Staff
File:Riftshard-dagger.jpg|Riftshard Dagger
File:Shadowmantle-cloak.jpg|Shadowmantle Cloak
File:Vyrnix-arcane-Grimoire.jpg|Vyrnix's Arcane Grimoire
File:Dragonheart-Amulet.jpg|Dragonheart Amulet
</gallery>

== History ==
Born into an Azdra'vorran kin-cluster in Hrafneldr Fjall, Vyrnix possessed an unusually volatile elemental resonance. From his earliest molts, he struggled to master the balance expected of the Azdrahyun. His aetheric energy was erratic, causing unpredictable electrical surges and sudden drops in atmospheric pressure. While his kin navigated storms with deliberate intent, Vyrnix was frequently overwhelmed. His elders feared he would permanently disrupt the region's equilibrium.

During his Naming Flight, this instability caused a disaster. Trying to synchronize his flight pattern with a developing supercell, Vyrnix lost control of his magic. He triggered severe electrical storms that cascaded into the mortal valleys below. The resulting dissonance in the world's resonance left him with deep internal tension. Acknowledging the danger he posed to the natural flow, Vyrnix isolated himself to force his nature into submission.

Seeking stillness, Vyrnix studied the nullifying magic of the Azdra'nulthar. He theorized that shadow magic could absorb and suppress his internal storms. However, blending storm and shadow magic proved violently unstable. During an experiment in a secluded cavern, the conflicting forces reached critical mass and tore a localized rift in reality. Unable to anchor himself, Vyrnix was pulled into the anomaly and cast out of his territory into the mortal realms.

File:Vyrnix-normal.jpg

2026-07-19T05:03:26Z

Cyclops: Cyclops uploaded a new version of File:Vyrnix-normal.jpg

=={{int:filedesc}}==
{{Information
|description={{no|1=The true form of Vyrnix}}
|date=2023-09-23
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

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

File:Vyrnix-human.jpg

2026-07-19T05:02:55Z

Cyclops: Cyclops uploaded a new version of File:Vyrnix-human.jpg

=={{int:filedesc}}==
{{Information
|description={{no|1=Human form of Vyrnix}}
|date=2023-09-23
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

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

File:Vyrnix-dragon.jpg

2026-07-19T05:02:08Z

Cyclops: Cyclops uploaded a new version of File:Vyrnix-dragon.jpg

=={{int:filedesc}}==
{{Information
|description={{no|1=Dragon form of Vyrnix}}
|date=2023-09-23
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

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

Vyrnix

2026-07-19T04:43:45Z

Cyclops: major rewrite

{{Character Box
|name=Vyrnix Stormlord
|player=Cyclops
|setting=Embers of Soteria
|race=Azdrahyun
|type=Azdra'vorran (Storm Dragon)
|birthplace=Peak of Hrafneldr Fjall
|dob=Fjortan Aefterra Jearmund, Fjorhundrad Fyrsti Aerloga Somrar
|image=Vyrnix-normal.jpg
|fullname=Vyrnix, Stormlord of Hrafneldr Fjall
|height=6'1" (in humanoid form)
|weight=190 lbs (in humanoid form)
|eyecolor=Blue (Mutable based on elemental resonance)
|haircolor=Dark Blue / Black
|figure=Athletic and stern humanoid form; true form features broad, aether-veined wings.
}}
[[File:Vyrnix-human.jpg|thumb|Humanoid Formwoven state of Vyrnix]]
[[File:Vyrnix-dragon.jpg|thumb|Azdra'vorran true form of Vyrnix]]
Vyrnix is emotionally detached yet intensely focused. As a full [[Azdrahyun]], he possesses immense [[elemental]] potential, but a lingering curse suppresses his natural resonance and obscures his past. He senses emotional dissonance and magical pressure in others through his Worldsense, though his own emotions remain subdued. Pragmatic rather than traditionally good or evil, he focuses on maintaining or disrupting balance. Shadow magic influences his actions, complicating his obsession with an unverified love that acts as both his driving force and greatest vulnerability.

Vyrnix is highly disciplined, shaped by his Azdra'vorran upbringing and rigorous magical studies. He is an adept arcane scholar, though overconfidence has led to dangerous experiments. He recognizes the gravity of his role and the prophecy surrounding him. His loyalty frequently conflicts with the volatile instincts of his Azdra'vorran blood.

== Special Abilities ==
Vyrnix excels in storm magic, inherited from his Azdra'vorran kin. His abilities include shadow magic, influenced by an Azdra'nulthar-like curse that grants reality-bending skills. The curse restricts his Formweaving, locking him out of intermediate shapes. He senses love and longing through his Balance Perception. He is also a skilled artist.

; Storm Magic : Utilizes his Azdrahyun blood to generate and control storms.
; Lightning Magic : Generates electrical currents, thunderous concussions, and chain sparks.
; Shadow Magic : Limited mastery over shadow magic, influenced by his curse.
; Arcane Knowledge : Extensive knowledge of light and dark magical disciplines.
; Tempestuous Temper : Surges in magical power triggered by his volatile Azdra'vorran nature, often causing a loss of control.
; Worldsense & Balance Perception : Instinctively perceives magical pressure and emotional misalignments, particularly love or longing.
; Reality Bending : Acquired through reckless experiments, allowing him to tear and manipulate rifts in reality.
; Azdrahyun Resilience : Enduring elemental force granting resilience against weak spells.
; Artistic Expression : Sketches the mysterious maiden from his dreams.
; Formweaving : Can assume a flawed humanoid form and his true quadrupedal [[dragon]] form.

== Special Skills ==
Vyrnix specializes in Anemancy (Thurdomancy, Iskiomancy, and Thadjomancy), storm manipulation, and both light and dark magic. His combat training blends martial arts with arcane elements. He possesses a natural allure and extensive training in politics and leadership.

; Combat Training : Proficient in melee and ranged combat.
; Arcane Combat : Integrates magic into physical combat.
; Anemancy Specialization : Masters air and wind manipulation, focusing on storms and lightning (Thurdomancy).
; Iskiomancy and Thadjomancy : Controls ice and shadows.
; Seductive Allure : Possesses natural charisma, typical of young Azdrahyun interacting with mortals.
; Political Acumen : Educated in governance to navigate relations with mortal kingdoms.
; Leadership Training : Rigorously trained to lead within his territory.

== Special Equipment ==
His equipment enhances his innate skills.

; Stormshard Staff : Forged in Hrafneldr Fjall, imbued with storm dragon essence.
:* Lightning Surge
:: Channels a piercing lightning bolt once per day.
:* Static Shield
:: Generates an electrical defensive shield three times per day.
; Shadowmantle Cloak : Grants stealth and evasion in shadows.
; Dragonheart Amulet : Contains an elder Azdrahyun scale, enhancing elemental resonance.
; Arcane Grimoire : Contains rare and forbidden spells.
; Riftshard Dagger : Cuts through magical barriers.
; Thunderstrike Gauntlets : Enhances lightning attacks.
; Artist's Enchanted Sketchbook : Temporarily brings sketches to life.
; Riftwoven Pouch : A runic leather pouch functioning as a stable pocket dimension.

<gallery>
File:Stormshard-Staff.jpg|Stormshard Staff
File:Riftshard-dagger.jpg|Riftshard Dagger
File:Shadowmantle-cloak.jpg|Shadowmantle Cloak
File:Vyrnix-arcane-Grimoire.jpg|Vyrnix's Arcane Grimoire
File:Dragonheart-Amulet.jpg|Dragonheart Amulet
</gallery>

== History ==
Born to Azdra'vorran parents, Vyrnix embodied ancient living magic. Shortly after his birth, an Elvish oracle prophesied that Vyrnix and his destined love, [[Brandr]], would one day destroy the mortal dominion. Though his kin never learned of this vision, a fearful human enchanter used Azdra'nulthar shadow magic to curse the hatchling. The curse was designed to sever his ties to love; as Vyrnix grew, it clouded his memory, stifled his elemental power, and left him searching for a maiden he could not fully remember. He constantly sketched this faceless Azdrahyun maiden from his dreams, driven by a yearning to break the curse.

As he aged, Vyrnix struggled to restrain his tempestuous Azdra'vorran temper. During an adolescent flight near a mortal festival, he lost control of his magic and struck a human noble with lightning. Instead of horror, Vyrnix felt a dark thrill as his elemental nature surged. His kin were alarmed by this reaction, jeopardizing his standing among them. To pacify them and satisfy his own restless desires, Vyrnix spent his early centuries engaging in the exploratory, transient relationships typical of young Azdrahyun, all while focusing on mastering his magic.

Still haunted by the nameless maiden, Vyrnix eventually sought arcane wisdom in forbidden magic. Drawn to spells that disrupted the world's natural resonance, he conducted a reckless experiment that tore the fabric of reality. Unable to stop the resulting cataclysm, Vyrnix was pulled into the rift and cast far away from his home.

STV Urth (TOV-7392)

2026-07-17T03:34:23Z

Cyclops: /* Auxiliary Craft: Skuld */ added image

{{DEFAULTSORT:Urth (TOV-7392), STV}}
{{Ship Stats
|name=Urth
|class=Intrepid Class Starship
|aff=Solas Tempus
|co=Admiral [[Lance Thomas]]
|image=Intrepid-top.jpg
|xo=Captain [[Alice Wensley]]
|ai=Captain [[Alice Wensley]]
|auxtype=Aerowing Shuttle
|auxname=Skuld
|quote="What we call the beginning is often the end. And to make an end is to make a beginning. The end is where we start from." - T.S. Eliot (Four Quartets)
|status=Active
}}

The [[Intrepid Class Starship]] has a black hull with a glossy texture and a fine honeycomb pattern. It is infused with nanites that rebuild armor damage at a predictable rate.

== Modifications ==
* [[Teufel Probes]]
* Specialized Stealth Technology
: Capable of masking it's energy signatures from long-range sensors.
: High output subspace field generators mask the interior from scans.
: Capable of mimicking the energy signatures of other vessel types and masks all life signs.
: Equipped with a [[Phasing Cloak]].
* Nanite-Infused Hull Armor
: Hull is infused with [[nanites]] that rebuild armor damage at a predictable rate.
* [[Hermes Gate]] Enhanced Communication System
* Tertiary Power Grid
: A third power grid ties directly into auxiliary and emergency systems. It is a lower-capacity grid with a minimal detection profile.
* Enhanced Bio-Neural Circuitry
: Utilizes a parallel neural network design, increasing processing power by an order of magnitude.
* Protected Computer Core
* HAL / [[BlueNet]] Primary Hub
* Propulsion and Temporal Systems
: Combination of the [[Dimensional Fold Drive]], [[Gravitational Displacement Drive]], Jump Point Generator, and a [[Time Displacement Engine]] (TDE) capable of pinpointing a location as small as a baseball in another time for safe displacement.

== Interior Design ==
The internal layout follows standard Intrepid Class specifications. The corridors are reduced in width to accommodate expanded conduits. Rooms are standard size, featuring spartan, functional furnishings. Lighting levels are low. All interior surfaces utilize a grey-blue color palette.

== Auxiliary Craft: Skuld ==
[[File:Aerowingside.jpg|thumb|Aerowing]]
The ''Skuld'' is an Aerowing Shuttle docked at the ventral section of the primary hull.

; Dimensions: 24.8 x 29.6 x 4.1 meters
; Hull: Black, glossy honeycomb texture infused with armor-regenerating nanites.
; Modifications: Cloaking device, holographic hull markings, and [[Energy Signature Modification System]].
; Interior Configuration: Single-bunk crew quarters. Features a large crew quarters and ready room at the aft of the ship.

STV Urth (TOV-7392)

2026-07-17T03:00:06Z

Cyclops: A few more minor changes

{{DEFAULTSORT:Urth (TOV-7392), STV}}
{{Ship Stats
|name=Urth
|class=Intrepid Class Starship
|aff=Solas Tempus
|co=Admiral [[Lance Thomas]]
|image=Intrepid-top.jpg
|xo=Captain [[Alice Wensley]]
|ai=Captain [[Alice Wensley]]
|auxtype=Aerowing Shuttle
|auxname=Skuld
|quote="What we call the beginning is often the end. And to make an end is to make a beginning. The end is where we start from." - T.S. Eliot (Four Quartets)
|status=Active
}}

The [[Intrepid Class Starship]] has a black hull with a glossy texture and a fine honeycomb pattern. It is infused with nanites that rebuild armor damage at a predictable rate.

== Modifications ==
* [[Teufel Probes]]
* Specialized Stealth Technology
: Capable of masking it's energy signatures from long-range sensors.
: High output subspace field generators mask the interior from scans.
: Capable of mimicking the energy signatures of other vessel types and masks all life signs.
: Equipped with a [[Phasing Cloak]].
* Nanite-Infused Hull Armor
: Hull is infused with [[nanites]] that rebuild armor damage at a predictable rate.
* [[Hermes Gate]] Enhanced Communication System
* Tertiary Power Grid
: A third power grid ties directly into auxiliary and emergency systems. It is a lower-capacity grid with a minimal detection profile.
* Enhanced Bio-Neural Circuitry
: Utilizes a parallel neural network design, increasing processing power by an order of magnitude.
* Protected Computer Core
* HAL / [[BlueNet]] Primary Hub
* Propulsion and Temporal Systems
: Combination of the [[Dimensional Fold Drive]], [[Gravitational Displacement Drive]], Jump Point Generator, and a [[Time Displacement Engine]] (TDE) capable of pinpointing a location as small as a baseball in another time for safe displacement.

== Interior Design ==
The internal layout follows standard Intrepid Class specifications. The corridors are reduced in width to accommodate expanded conduits. Rooms are standard size, featuring spartan, functional furnishings. Lighting levels are low. All interior surfaces utilize a grey-blue color palette.

== Auxiliary Craft: Skuld ==
The ''Skuld'' is an Aerowing Shuttle docked at the ventral section of the primary hull.

; Dimensions: 24.8 x 29.6 x 4.1 meters
; Hull: Black, glossy honeycomb texture infused with armor-regenerating nanites.
; Modifications: Cloaking device, holographic hull markings, and [[Energy Signature Modification System]].
; Interior Configuration: Single-bunk crew quarters. Features a large crew quarters and ready room at the aft of the ship.

STV Urth (TOV-7392)

2026-07-17T02:56:51Z

Cyclops: Minor formatting and wording changes

{{DEFAULTSORT:Urth (TOV-7392), STV}}
{{Ship Stats
|name=Urth
|class=Intrepid Class Starship
|aff=Solas Tempus
|co=Admiral [[Lance Thomas]]
|image=Intrepid-top.jpg
|xo=Captain [[Alice Wensley]]
|ai=Captain [[Alice Wensley]]
|auxtype=Aerowing Shuttle
|auxname=Skuld
|quote="What we call the beginning is often the end. And to make an end is to make a beginning. The end is where we start from." - T.S. Eliot (Four Quartets)
|status=Active
}}

The [[Intrepid Class Starship]] has a black hull with a glossy texture and a fine honeycomb pattern. It is infused with nanites that rebuild armor damage at a predictable rate.

== Modifications ==
* [[Teufel Probes]]
* Specialized Stealth Technology
: Capable of masking it's energy signatures from long-range sensors.
: High output subspace field generators mask the interior from scans.
: Capable of mimicking the energy signatures of other vessel types and masks all life signs.
: [[Phasing Cloak]]
* Nanite-Infused Hull Armor
: Hull is infused with [[nanites]] that rebuild armor damage at a predictable rate.
* Jump Point Generator
* [[Hermes Gate]] Enhanced Communication System
* Tertiary Power Grid
: A third power grid ties directly into auxiliary and emergency systems. It is a lower-capacity grid with a minimal detection profile.
* Enhanced Bio-Neural Circuitry
: Utilizes a parallel neural network design, increasing processing power by an order of magnitude.
* Protected Computer Core
: The main computer core features temporal shielding and dedicated power reserves.
* HAL Primary Hub
: A primary HAL / [[BlueNet]] hub provides priority access to the local network.
* Propulsion and Temporal Systems
: [[Dimensional Fold Drive]]
: [[Gravitational Displacement Drive]]
: [[Time Displacement Engine]] (TDE) capable of pinpointing a location as small as a baseball in another time for safe displacement

== Interior Design ==
The internal layout follows standard Intrepid Class specifications. The corridors are reduced in width to accommodate expanded conduits. Rooms are standard size, featuring spartan, functional furnishings. Lighting levels are low. All interior surfaces utilize a grey-blue color palette.

== Auxiliary Craft: Skuld ==
The ''Skuld'' is an Aerowing Shuttle docked at the ventral section of the primary hull.

; Dimensions: 24.8 x 29.6 x 4.1 meters
; Hull: Black, glossy honeycomb texture infused with armor-regenerating nanites.
; Modifications: Cloaking device, holographic hull markings, and [[Energy Signature Modification System]].
; Interior Configuration: Single-bunk crew quarters. Features a large crew quarters and ready room at the aft of the ship.

STV Urth (TOV-7392)

2026-07-17T02:48:54Z

Cyclops: /* Auxiliary Craft: Skuld */ took out bad link

{{DEFAULTSORT:Urth (TOV-7392), STV}}
{{Ship Stats
|name=Urth
|class=Intrepid Class Starship
|aff=Solas Tempus
|co=Admiral [[Lance Thomas]]
|image=Intrepid-top.jpg
|xo=Captain [[Alice Wensley]]
|ai=Captain [[Alice Wensley]]
|auxtype=Aerowing Shuttle
|auxname=Skuld
|quote="What we call the beginning is often the end. And to make an end is to make a beginning. The end is where we start from." - T.S. Eliot (Four Quartets)
|status=Active
}}

The [[Intrepid Class Starship]] has a black hull with a glossy texture and a fine honeycomb pattern. It is infused with nanites that rebuild armor damage at a predictable rate.

== Modifications ==
* [[Teufel Probes]]
* Specialized Stealth Technology
: Energy dampening field generators mask energy signatures from long-range sensors.
: High output subspace field generators mask the interior from scans.
: Mimics the energy signatures of other vessel types and masks all life signs.
: Equipped with a [[Phasing Cloak]].
* Nanite-Infused Hull Armor
: Hull is infused with [[nanites]] that rebuild armor damage at a predictable rate.
* Jump Point Generator
* [[Hermes Gate]] Enhanced Communication System
* Tertiary Power Grid
: A third power grid ties directly into auxiliary and emergency systems. It is a lower-capacity grid with a minimal detection profile.
* Enhanced Bio-Neural Circuitry
: Utilizes a parallel neural network design, increasing processing power by an order of magnitude.
* Protected Computer Core
: The main computer core features temporal shielding and dedicated power reserves.
* HAL Primary Hub
: A primary HAL / [[BlueNet]] hub provides priority access to the local network.
* Propulsion and Temporal Systems
: [[Dimensional Fold Drive]].
: [[Gravitational Displacement Drive]].
: [[Time Displacement Engine]] (TDE) capable of pinpointing a location as small as a baseball in another time for safe displacement.

== Interior Design ==
The internal layout follows standard Intrepid Class specifications. The corridors are reduced in width to accommodate expanded conduits. Rooms are standard size, featuring spartan, functional furnishings. Lighting levels are low. All interior surfaces utilize a grey-blue color palette.

== Auxiliary Craft: Skuld ==
The ''Skuld'' is an Aerowing Shuttle docked at the ventral section of the primary hull.

* Dimensions: 24.8 x 29.6 x 4.1 meters
* Hull: Black, glossy honeycomb texture infused with armor-regenerating nanites.
* Modifications: Cloaking device, holographic hull markings, and [[Energy Signature Modification System]].
* Interior Configuration: Single-bunk crew quarters. Features a large crew quarters and ready room at the aft of the ship.

STV Urth (TOV-7392)

2026-07-17T02:47:01Z

Cyclops: Created page with "{{DEFAULTSORT:Urth (TOV-7392), STV}} {{Ship Stats |name=Urth |class=Intrepid Class Starship |aff=Solas Tempus |co=Admiral Lance Thomas |image=Intrepid-top.jpg |xo=Captain Alice Wensley |ai=Captain Alice Wensley |auxtype=Aerowing Shuttle |auxname=Skuld |quote="What we call the beginning is often the end. And to make an end is to make a beginning. The end is where we start from." - T.S. Eliot (Four Quartets) |status=Active }} The Intrepid Class Starship ha..."

{{DEFAULTSORT:Urth (TOV-7392), STV}}
{{Ship Stats
|name=Urth
|class=Intrepid Class Starship
|aff=Solas Tempus
|co=Admiral [[Lance Thomas]]
|image=Intrepid-top.jpg
|xo=Captain [[Alice Wensley]]
|ai=Captain [[Alice Wensley]]
|auxtype=Aerowing Shuttle
|auxname=Skuld
|quote="What we call the beginning is often the end. And to make an end is to make a beginning. The end is where we start from." - T.S. Eliot (Four Quartets)
|status=Active
}}

The [[Intrepid Class Starship]] has a black hull with a glossy texture and a fine honeycomb pattern. It is infused with nanites that rebuild armor damage at a predictable rate.

== Modifications ==
* [[Teufel Probes]]
* Specialized Stealth Technology
: Energy dampening field generators mask energy signatures from long-range sensors.
: High output subspace field generators mask the interior from scans.
: Mimics the energy signatures of other vessel types and masks all life signs.
: Equipped with a [[Phasing Cloak]].
* Nanite-Infused Hull Armor
: Hull is infused with [[nanites]] that rebuild armor damage at a predictable rate.
* Jump Point Generator
* [[Hermes Gate]] Enhanced Communication System
* Tertiary Power Grid
: A third power grid ties directly into auxiliary and emergency systems. It is a lower-capacity grid with a minimal detection profile.
* Enhanced Bio-Neural Circuitry
: Utilizes a parallel neural network design, increasing processing power by an order of magnitude.
* Protected Computer Core
: The main computer core features temporal shielding and dedicated power reserves.
* HAL Primary Hub
: A primary HAL / [[BlueNet]] hub provides priority access to the local network.
* Propulsion and Temporal Systems
: [[Dimensional Fold Drive]].
: [[Gravitational Displacement Drive]].
: [[Time Displacement Engine]] (TDE) capable of pinpointing a location as small as a baseball in another time for safe displacement.

== Interior Design ==
The internal layout follows standard Intrepid Class specifications. The corridors are reduced in width to accommodate expanded conduits. Rooms are standard size, featuring spartan, functional furnishings. Lighting levels are low. All interior surfaces utilize a grey-blue color palette.

== Auxiliary Craft: Skuld ==
The ''Skuld'' is an [[Aerowing Shuttle]] docked at the ventral section of the primary hull.

* Dimensions: 24.8 x 29.6 x 4.1 meters
* Hull: Black, glossy honeycomb texture infused with armor-regenerating nanites.
* Modifications: Cloaking device, holographic hull markings, and [[Energy Signature Modification System]].
* Interior Configuration: Single-bunk crew quarters. Features a large crew quarters and ready room at the aft of the ship.

File:Adranergash.jpg

2026-07-14T00:59:16Z

Cyclops: Cyclops uploaded a new version of File:Adranergash.jpg

=={{int:filedesc}}==
{{Information
|description={{no|1=Artists rendition of the Adranergash}}
|date=2023-11-06
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

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

Aethrometer

2026-07-09T17:46:46Z

Cyclops: Created page with "{{New Site|https://db.moltenaether.com/en/content/tech/aethrometer}}"

{{New Site|https://db.moltenaether.com/en/content/tech/aethrometer}}

Agatha Blackwood

2026-07-09T05:33:59Z

Cyclops: corrected description of image

{{DEFAULTSORT:Blackwood, Agatha}}
{{Character Box
|status=NPC
|name=Agatha
|fullname=Agatha "Occultix" Blackwood
|altname=Occultix (Online)
|born=November 3rd, 1981
|height=5'7"
|weight=137 lbs
|haircolor=Auburn w/ Streaks of Silver
|eyecolor=Deep Green
|race=Human
|occ=Occult Investigator
|org=Out of Aces Detective Agency
|setting=Angelic Sins
|image=Agatha-Blackwood.jpg
|figure=An elegant and commanding figure, her presence marked by an air of otherworldly grace and strength. Her movements, fluid and deliberate, suggest a balance between physical finesse and decisive action.
|alignment=Volatile Situational / Pragmatic Unrestrained
}}
[[File:Agatha-blackwood-demon.jpg|thumb|Possessed Form of Agatha Blackwood]]
; Favorite Movie: Indiana Jones and the Temple of Doom (1984)
; Favorite Quote: "He who fights with monsters should be careful lest he thereby become a monster. And if you gaze long into an abyss, the abyss also gazes into you." - Friedrich Nietzsche, from ''Beyond Good and Evil''
; Favorite Saying
: Every curse has its loophole; you just need to know where to look.
: (Something she mostly said to herself when starting a long or difficult project)
; Favorite Song: [https://www.youtube.com/watch?v=Jwtyn-L-2gQ "Sympathy for the Devil" by The Rolling Stones]
Agatha Blackwood views morality as situational and fluid, shaped by necessity more than principle. She adapts to each challenge with pragmatic intent, often discarding ethical constraints when they hinder results. Right and wrong are tools—evaluated by context, not conviction. Her decisions reflect a volatile temperament: composed in one moment, ruthless the next, especially under pressure or betrayal.

She keeps others at a distance, using charisma and calculated manipulation to maintain control. Her pact with the [[demon]] Morax reinforces this mindset—empowering her but blurring her limits. It’s a dynamic of strength and erosion, granting her arcane force while encouraging compromise.

As an occult investigator, Agatha blends sharp intellect with unflinching pragmatism. Every action is measured, every risk weighed. Her work isn't about justice—it's about outcome. She walks the boundary between order and chaos, wielding knowledge and darkness alike, guided not by ideals, but by what the moment demands.

== Special Abilities ==
; Shadow Manipulation: She can craft shadows into tangible objects or weapons.
; Eldritch Blast: A powerful burst of dark energy capable of causing immense damage.
; Infernal Pact: Agatha can call forth demonic entities to aid her in various tasks.
; [[Elemental]] Chaos: She has control over chaotic elemental forces, able to unleash fire, ice, or electricity in unpredictable ways.
; Darkness Veil: Capable of creating a zone of complete darkness, blinding enemies and masking her movements.
; Abyssal Travel: Utilizes shadows to move instantly from one location to another. This travel is taxing and wears her down if used frequently and can be blocked with various kinds of runes, wards, or other magic.
; Demonic Regeneration: Her wounds heal rapidly, fueled by demonic energy, enhancing her resilience in battle.

== Special Skills ==
; Occult Mastery: Expertise in various global occult practices, rituals, and traditions.
; Magical Theory: Advanced understanding of the principles underlying different magic systems.
; Arcane Research: Skilled in the study and interpretation of ancient magical texts.
; Ritual Crafting: Ability to design and perform complex magical rituals for various purposes.
; Ancient Languages: Proficient in Latin, Ancient Greek, Sanskrit, and Egyptian Hieroglyphs.
; Modern Languages: Fluent in English, French, and Spanish, facilitating her research and interactions worldwide.

== Special Equipment ==
[[File:Chaos-orb-grimoire.png|250px|thumb|Chaos Orb]]
[[File:Aethrometer-60s.png|250px|thumb|An Aethrometer from the 1960's]]
[[File:Veilkeeper-rucksack.png|250px|thumb|The Veilkeeper Rucksack]]
; Shadow Locket: A pendant that allows Agatha to become intangible and blend into shadows, facilitating stealth and espionage.
; Infernal Grimoire: An ancient tome containing forbidden knowledge and spells that only she can decipher, enhancing her magical abilities.
; Chaos Orb: A mystical artifact capable of harnessing and unleashing elemental chaos, providing her with a powerful offensive weapon during confrontations.
; Aethrometer: A rare digital/analogue hybrid Aethrometer originally built in the 60's but retrofit later with digital hardware.
; Hearse: A meticulously restored 1960 Cadillac Superior Royale Hearse with an elongated body painted in deep, abyssal black that gleams under the moonlight. Gothic elegance is enhanced by dark silver filigree and privacy-tinted windows. The interior features dark leather seats embroidered with occult symbols, concealing modern amenities. The rear compartment stores Agatha's occult tools and artifacts, secured by a runic enchantment. The engine is modernized for reliable performance, and the vehicle moves with dignified grace.
; Elemental Tempest (Whip): A mystical whip crafted from spectral silk, shimmering with ancient elemental fury. It grants control over elemental forces, access to the ethereal plane, and the ability to summon dark energies from the [[Shadow Realm|shadow realm]]. Drawbacks include elemental backlash, spiritual drain, and a symbiotic bond to Agatha’s spirit that prevents others from wielding it. Forged in a secret ritual, it symbolizes her mastery of the occult.
; Veilkeeper Rucksack: An unassuming leather backpack imbued with arcane essence, its fabric inscribed with faint runes. Designed for discretion and utility, it features a muted earth-tone surface, suitable for both urban and wild environments.

==== Veilkeeper Rucksack Attributes ====
; Thief's Bane: Embedded with enchantments that deter theft, the backpack becomes exceedingly heavy and emits a disorienting hum to any unauthorized individual attempting to move it.
; Arcane Lockdown: It prevents any magical energies contained within from escaping, effectively shielding the outside world from potentially harmful effects.
; Infinite Hold: The main compartment serves as an entrance to an extra-dimensional space, offering nearly limitless storage. A secondary, more secure pocket is specifically tailored for holding dangerous artifacts, ensuring their containment and isolation.
; Runic Decay: The runes that empower the backpack slowly degrade with use, requiring periodic recharging through exposure to moonlight or ley lines to maintain their potency.
; Dimensional Dissonance: Extended use of the infinite hold, especially when storing objects of significant magical power, can cause mild disorientation or temporary memory lapses for the user as a side effect of interacting with the extra-dimensional space.

== Patron: The Demon Morax ==
[[File:Morax-Demon.png|250px|thumb|Morax the Demon]]
Morax is a being of contradictions, embodying both the ancient wisdom of the demonic realms and the capricious nature of chaos. In this moment, Morax exudes a sinister calm, his thoughts a swirling vortex of dark plans and malevolent desires. He seeks to expand his influence in the mortal realm, with Agatha as his chosen conduit. Yet, there's a hint of unease in his ethereal presence, a concern that his intricate web of schemes may unravel if Agatha strays too far from his grasp.

; Description: Morax appears as a towering figure, shrouded in shadows that seem to absorb light. His eyes gleam with a deep, unsettling red, piercing through the darkness. Sharp, jagged horns twist from his forehead, framing a face that shifts between a semblance of human features and something far more sinister. His voice, when he chooses to speak, resonates with a chilling depth, capable of instilling fear or subservience in those who hear it.
; Background: Born from the primal chaos, Morax has existed for eons and has witnessed the rise and fall of empires in both the demonic and mortal realms. His history is a tapestry of manipulation, betrayal, and dark bargains. Morax's bond with Agatha was forged in a moment of vulnerability, a pact that promised power for loyalty. Over time, he has subtly steered her destiny, shaping her into a vessel for his ambitions.
; Personality: As a being of chaos and manipulation, he derives satisfaction from the cultivation of influence and the subtle art of control. His interactions, particularly with Agatha, are laced with a dark mentorship, guiding her with a hand that is both guiding and possessive. His solitary nature belies a complex investment in the relationships that serve his ends, especially the one he has forged with Agatha. This bond is not borne of companionship but rather a strategic intertwining of destinies where Morax sees her as an extension of his will, a conduit for his aspirations in the mortal realm.
; Motives: Morax is driven by a desire for power and expansion, aiming to entangle the mortal realm further into his influence. His methods are insidious, preferring to corrupt from within rather than overtly dominate.
; Goals: Aiming to leverage Agatha's unique position and abilities to further entrench his influence. He envisions her as a key player in the delicate balance of power, her occult investigations serving as a means to uncover artifacts, knowledge, and secrets that can be twisted to his advantage. Through her, he seeks to weave a tighter web of control, turning the unseen forces and hidden knowledge she uncovers into pawns on his chessboard. His ultimate ambition is to blur the lines between the demonic and mortal realms, using Agatha's actions to erode the barriers that keep his kind at bay.
; Methods: Morax advocates for a blend of subtlety and power in Agatha's approach. He encourages her to use manipulation and influence as her primary tools, guiding her to positions where she can act as his agent under the guise of her own pursuits. He expects her to harness the dark arts with precision, leveraging her abilities in shadow manipulation, eldritch energy, and demonic pacts to navigate and control the complex tapestry of the occult. Morax sees her confrontations and challenges not as obstacles but as opportunities to expand her prowess and, by extension, his influence. Through Agatha, he aims to reshape the fabric of reality, one shadow at a time.

== History ==
Agatha Blackwood's early life was a tapestry of the ethereal and the mundane, weaving a path that would lead her into the depths of the occult. Born on November 3rd, 1981, under a sky that seemed to whisper of ancient magic, she was a child marked for an extraordinary destiny. Her parents, though not practitioners of the arcane themselves, bore the echoes of a mystical lineage, hinting at a heritage entwined with the supernatural. Even in childhood, Agatha exhibited an uncanny connection to the unseen, her conversations with unseen entities and inexplicable events a testament to her innate ability to bridge the worlds of the living and the spectral.

This unique talent caught the attention of Mrs. Eldridge, a neighbor whose knowledge of the esoteric surpassed the ordinary. Recognizing both the potential and the danger it posed, she became Agatha's mentor, guiding her through the initial stages of her mystical journey. However, the path was not without its thorns. A betrayal by a close friend left a deep scar on Agatha's heart, instilling in her a cautious approach to trust and a preference for secrecy. The isolation that came with her abilities fostered resilience and independence but also a yearning for connection, a contradiction that would come to define much of her existence.

The loss of a cherished sanctuary to an uncontrolled surge of her powers marked a turning point, shattering her innocence and propelling her into a deeper exploration of the occult. It was in the aftermath of this loss that she encountered Morax, a demon of duality, whose offer of power in exchange for partnership set her on a course laden with both promise and peril. This encounter was the catalyst that transformed her from a curious child into "Occultix," a figure destined to navigate the precarious balance between light and shadow.

Agatha's teenage years saw her relationship with Morax deepen, shaping her journey with both victories and setbacks. Amidst this evolving bond, she found solace and inspiration in cult classic films, with "Indiana Jones and the Temple of Doom" becoming a particular favorite. The adventures of Indiana Jones, especially his mastery of the whip, resonated with Agatha during her lonely teenage years. This fascination went beyond mere entertainment, leading her to master the whip not just as a weapon but as an extension of her own will and agility. Combined with her shadow arts, honed under Morax's guidance, this newfound skill made her a formidable presence in occult circles.

A pivotal moment occurred when Morax intervened to shield her from a deadly curse, solidifying the protective yet binding nature of their pact and intensifying her reliance on him. However, it was her triumph over Cassandra LeVey in the Battle of Wychwood Grove that truly cemented her reputation in the occult community. This clash, where strategy and skill converged, not only secured her a valuable artifact but also mirrored the daring exploits of her cinematic hero. Agatha's victory, achieved through a combination of arcane mastery and whip-wielding prowess, established her as a powerful figure in the occult world, blending the fantastical inspirations of her youth with the harsh realities of her chosen path.

Yet, this ascent was not without its consequences. The allure of power, amplified by Morax's influence, began to erode Agatha's moral compass, casting a shadow over her identity. Her deepening connection with the demon patron and the darker aspects of her work alienated her from friends and family, leaving her enveloped in a profound loneliness. A devastating failure in the Scottish Highlands, stemming from an overreliance on Morax's guidance, resulted in the loss of innocent lives, a haunting memory that Agatha could not escape. The repercussions of this failure led to a desperate bargain with Morax, plunging her into the nightmarish dimension of [[Vihara Shunya]] as both punishment and education, leaving her forever marked by the experience.

Alongside these supernatural pursuits, Agatha's mundane endeavors laid the groundwork for her professional career. Her academic journey at Oxford University, under the guidance of Professor Jonathan Alden, saw her delve into mythology and folklore. Field research in Transylvania and a doctoral thesis on ancient rituals further solidified her expertise, bridging the gap between academic study and occult practice. Internships and collaborations with law enforcement provided practical experience, while her tenure at the [[Out of Aces Detective Agency]] solidified her status as a seasoned investigator.

File:Chaos-orb-grimoire.png

2026-07-09T05:31:57Z

Cyclops: Cyclops uploaded a new version of File:Chaos-orb-grimoire.png

=={{int:filedesc}}==
{{Information
|description={{no|1=Chaos Orb sitting on the Infernal Grimoire}}
|date=2024-03-15
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

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

File:Aethrometer-60s.png

2026-07-09T05:24:59Z

Cyclops: Cyclops uploaded a new version of File:Aethrometer-60s.png

=={{int:filedesc}}==
{{Information
|description={{no|1=An Aethrometer from the 1960's}}
|date=2024-03-16
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

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

Category:Crimson Horizon Sector

2026-07-06T00:12:05Z

Cyclops: Added link

The Crimson Horizon Sector, adjacent to the Ataraddon Sector in unclaimed space and bordering the territory of the Serenity Concord, is a vast expanse characterized by its crimson-hued nebulas and enigmatic stellar phenomena.

== Star Systems ==
; Aurelia Alpha: A binary star system with a habitable planet boasting a diverse ecosystem. Home to a thriving trade port and scientific research outpost.
; Zephyr Frontier: A star system with gas giants and numerous moons. Known for its turbulent atmospheres, it serves as a vital refueling point for long-haul space travel.
; Crimson Gate: The central hub of the sector, Crimson Gate hosts a space station that serves as a neutral meeting ground for diplomats, traders, and mercenaries. Its crimson glow is a result of the sector's unique nebular composition.
; Ulrkabma Star System: [https://db.moltenaether.com/en/content/places/space/ulrkabma-system More Information]

== Space Stations ==
; New Terra Station: A Class G Space Station that serves as the headquarters for [[Stellarian Ore Enterprises]], it is located in the approximate center of the sector.

== Stellar Phenomena ==
; The Ember Veil: A nebular cloud with an ethereal, ember-like glow. Navigating through it requires advanced sensor technology, making it a natural barrier and a potential hiding spot for those seeking refuge.
; Spectral Drift: An anomaly where stars seem to shift positions over time. Navigational charts need constant updates, and it's a favorite topic of study for astronomers and astrophysicists.
; Eclipsing Nexus: A region where multiple planets align in a way that causes frequent eclipses. The phenomenon creates a unique interplay of light and shadows, making it a favorite for artists and stargazers.
; Quantum Mirage: An optical illusion caused by gravitational lensing, creating mirage-like images of distant celestial bodies. Navigating through this region requires careful calibration of navigational instruments.
; Point of Whispers: A cluster of pulsars that emit rhythmic radio waves. These pulsar "whispers" have been studied for potential communication applications and are considered a natural phenomenon within the sector's boundaries.
; Velara Nebula: [[File:Velara-Nebula.png|thumb|150px]]A stunning astronomical feature, is known for its unique composition that creates a natural cloaking effect, ideal for concealing the [[Astral Wardens]]' space station, '''Fortitude's Apex''' (a [[Class K Space Station]]. It contains metallic dust particles rich in isotopes like Beryllium-10 and Boron-10, along with heavy elements such as radium, thorium, and uranium, which effectively obstruct sensor penetration. This radioactive environment results in a breathtaking visual display of green, red, blue, and purple hues, produced by the excitation of nitrogen and oxygen gases.

[[Category:Space Sectors]]
[[Category:Ataraddon Sector]]
[[Category:Bellatrix Antares Sector]]

File:Vertex-4-screen.png

2026-07-05T02:57:08Z

Cyclops: Cyclops uploaded a new version of File:Vertex-4-screen.png

=={{int:filedesc}}==
{{Information
|description={{no|1=Screen of the Mark 4 Vertex Scanner}}
|date=2026-07-04
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

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

[[Category:AI Generated]]

Mark 4 Vertex Compact Scanner

2026-07-05T02:16:33Z

Cyclops:

{{DEFAULTSORT:Vertex Scanner, Mark 4}}
[[File:Vertex-4-screen.png|thumb|Screen of the Mark 4 Vertex Scanner]]
[[File:Vertex-4-back.png|thumb|Back of the Mark 4 Vertex Scanner]]
The '''Mark 4 [[Vertex Scanner]]''' is a monolithic, ruggedized multi-phasic scanning and computing terminal developed for field operatives and tactical personnel of [[Solas Tempus]]. Moving away from the mechanical hinges and dual-screen folding architecture of its Mark 3 predecessor, the Mark 4 consolidates the entire sensor and computing suite into an ultra-durable, solid-state unibody slab. By eliminating moving structural parts, engineers dramatically increased the device's internal sensor density, impact resistance, and energy efficiency while streamlining its profile for single-handed tactical deployment.

Measuring 163.6 x 78.1 x 7.9 mm and weighing only 214 grams, the chassis is forged from a lightweight tritanium-aluminum alloy with internally dampened electromagnetic shielding. The front face is dominated by a flat, bezel-less '''17.5-cm Dynamic Quantum Dot LED (QLED)''' display shielded by molecularly reinforced '''Infinity Armor Crystal''', which provides exceptional durability against high-velocity kinetic impacts and environmental hazards. Operating at an adaptive refresh rate with a peak visual output of 2600 nits, the screen maintains absolute clarity even under the blinding lighting conditions of exotic planetary atmospheres.

== Holographic Interface ==
To preserve operational security and minimize unnecessary power drain during field missions, the Mark 4 strips away the wide-area 40-meter non-tactile projection modes seen in previous iterations. Instead, it utilizes a highly localized, tactical holographic display system engineered specifically for rapid schematic manipulation and stealth operations.

* '''Tactical Projection Mode:''' Generates high-definition, three-dimensional light constructs extending up to 2.0 meters directly above or beside the primary display. These projections utilize localized micro-containment fields to provide tactile physical feedback, allowing operatives to manually manipulate complex engineering schematics, rotate topographical maps, or coordinate drone deployments through intuitive hand gestures.
* '''Privacy & Stealth Filtering:''' Incorporates an active optical filter and directional photon-funneling system. When stealth protocols are engaged, the viewing angle of the primary QLED screen restricts strictly to the operator's direct line of sight, while holographic emissions are localized and phase-canceled against peripheral observation by hostile entities.

== Capabilities ==
The Mark 4 Vertex Scanner is designed around tactical automation and streamlined field utility. Rather than requiring operatives to manually tune and calibrate complex sensor arrays during combat or high-stress anomalies, the device automates core environmental assessment, biometric security, and subspace data processing routines.

It handles and coordinates multiple dynamic telemetry streams simultaneously from remote planetary sensing, library computer access, and active fleet networks via the [[BlueNet]] infrastructure. Powered by an '''Octa-Core Non-Linear Quantum Processing Array (NLQPA Gen 5)''' paired with bioneural circuitry and high-density RNA sequence memory storage, the unit is immune to localized temporal interference and heavy electronic jamming. Furthermore, the Mark 4 can operate independently as a self-contained [[Multinodal Core]], seamlessly executing advanced AI subroutines (such as the [[ALICE Interface]] or [[Master Systems AI]] partners) without requiring external core insertions.

=== Scanning ===
* [[VAM Enhanced Sensor Pallet]]
* Active & Passive Subspace Scanners
* Planck & Molecular Focal Elements
: Dedicated precision sensors designed for close-range (within meters) atomic and molecular resolution scanning of forensic evidence, trace elements, and nanotechnology.
* Active & Passive Temporal Scanners
: Pinpoints localized time-flow distortions, chronal rifts, and historical causality shifts (Subject to Solas Tempus security clearances).
* Real-Time Environmental & Audio Imaging
: Live sonar, echolocation, and multi-spectrum (IR, UV, Visible, EM) mapping generated into instant 3D navigational overlays.
* Active & Passive Atomic Biomedical & Genetic Scanner w/ RNA & DNA Sequence Analysis

=== Data Processing ===
* Octa-Core NLQPA Gen 5 Core with High-Bandwidth Optical & Isolinear Data Processing Suite
* Bioneural Circuitry with RNA Sequence Memory Storage
* Remote Command and Control Interface
: Encrypted direct uplink capable of piloting autonomous vehicles, managing automated repair systems, and directing tactical surveillance drone swarms (up to 32-drone coordinated formations).
* [[Multinodal Core]]
: Functions natively as an independent AI host terminal without requiring external core insertions.

== Operational Range ==
Due to the elimination of internal folding hinges, the Mark 4 benefits from reduced internal electromagnetic interference. This structural stability provides a uniform optimization across all integrated scanning elements—yielding a steady 0.3% to 0.46% range increase over the Mark 3 model. Closer proximity remains preferable for deeper analytical integration and real-time processing.

{| class="wikitable"
! Type !! Effective Range !! Description
|-
| style="white-space:nowrap;" | Planck Scale Analyzer || style="white-space:nowrap;text-align:right;" | 2.11 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;" | 28.0 meters || Molecular resolution scanner ideal for chemical composition analysis, detecting trace elements, and verifying material authenticity in engineering, medicine, and security applications.
|-
| style="white-space:nowrap;" | Geological Sensor Array || style="white-space:nowrap;text-align:right;" | 13.25 km || Designed for surveying terrain, locating subterranean 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;" | 28.5 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;" | 23.75 km || Detects hidden power sources, shielded electronics, and potential radiation leaks; vital for security sweeps and engineering diagnostics.
|-
| style="white-space:nowrap;" | High Resolution Temporal Scanners || style="white-space:nowrap;text-align:right;" | 161.5 km || Capable of detecting localized distortions in time flow. Essential for forensic investigations, security monitoring, and temporal defense applications. (Requires Solas Tempus clearance)
|-
| style="white-space:nowrap;" | Short Range Sensors || style="white-space:nowrap;text-align:right;" | 307.0 km || General-purpose high-resolution sensors for tracking objects, detecting life signs, and monitoring environmental conditions within a sector.
|-
| style="white-space:nowrap;" | Subspace Distortion Sensors || style="white-space:nowrap;text-align:right;" | 903 km || Optimized for pinpointing energy field disruptions, communication interference, and high-energy emissions from experimental technologies.
|-
| style="white-space:nowrap;" | Advanced Spectral Analyzers || style="white-space:nowrap;text-align:right;" | 1215 km || Capable of analyzing complex light spectra, identifying exotic materials, and assisting in precision calibrations of remote equipment.
|-
| style="white-space:nowrap;" | Low Resolution Temporal Anomaly Sensors || style="white-space:nowrap;text-align:right;" | 1615 km || Broad-spectrum detection of general time fluctuations, assessing potential hazards in high-energy research, and monitoring environmental stability.
|-
| style="white-space:nowrap;" | Gravitational Displacement Scanners || style="text-align:right;" | 1730 km || Measures localized gravitational shifts, structural integrity fluctuations, and mass distribution anomalies across natural or artificial environments.
|-
| style="white-space:nowrap;" | Long Range Sensors || style="text-align:right;" | 2090 km || Optimized for tracking large-scale movements, detecting high-mass objects, and identifying gravitational or magnetic disturbances over vast areas.
|}

== Core Components ==
; 17.5-cm Dynamic QLED Display: A flat, bezel-less primary interface providing extreme visual clarity and rapid touch response.
; Infinity Armor Crystal: A multi-layered synthetic crystal matrix protecting the primary display from kinetic impacts, crushing pressure, and thermal shock.
; Quad-Array VAM Sensor Pallet: Flush-mounted rear sensor housing consolidating subspace, optical, temporal, and biomedical diagnostic hardware into a unified sensor array based on the [[VAM Enhanced Sensor Pallet]].
; Octa-Core NLQPA Gen 5: The Non-Linear Quantum Processing Array managing non-linear encryption, instantaneous sensor filtering, and temporal shielding routines.
; Multi-Factor Biometric Scanner: Side-mounted and under-display sensors checking operator DNA, thermal signature, iris patterns, and fingerprint profiles against active Solas Tempus security databases.
; Micro-SVR Power Cell: A miniaturized [[Spacial Variance Reactor]] paired with a 5000 mAh high-density electro-plasma reserve battery, allowing months of independent field operation and rapid induction recharging.

== History ==
Conceived in early 2389 under the [[Solas Tempus]] initiative '''Project Monolith''', the Mark 4 Vertex Scanner was engineered to resolve the operational compromises observed during the deployment of the Mark 3 and Mark 2 Combat models. While the foldable Mark 3 provided excellent screen real estate for stationary researchers, frontline [[Temporal Operatives|temporal operatives]] reported that mechanical hinges created structural points of failure during high-speed atmospheric drops and intense physical combat. Conversely, the Mark 2 Combat Scanner sacrificed too much sensor resolution and computing bandwidth to achieve its rugged form factor.

Project Monolith sought to unify these tiers by shrinking the Non-Linear Quantum Processing Array into a dense 3-nanometer architecture and pairing it with advances in solid-state Infinity Armor crystal. Following successful field trials across high-interference environments, the unibody Mark 4 cleared final evaluation and entered mass production in late 2390. It rapidly superseded previous generations to become the definitive standard-issue field scanner for Solas Tempus action teams, exploratory fleets, and [[Serenity Concord]] security forces.

[[Category:Advanced Technology]]

File:Vertex-4-back.png

2026-07-05T02:15:54Z

Cyclops: Uploaded own work with UploadWizard

=={{int:filedesc}}==
{{Information
|description={{no|1=Back Side of the Mark 4 Vertex Scanner}}
|date=2026-07-04
|source={{own}}
|author=[[User:Cyclops|David Wade Hagar]]
|permission=
|other versions=
}}

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

[[Category:AI Generated]]

File:Vertex-4-screen.png

2026-07-05T02:15:54Z

Cyclops: Uploaded own work with UploadWizard

Vertex Scanner

2026-07-05T01:48:35Z

Cyclops: changed redirect

#REDIRECT [[Mark 4 Vertex Compact Scanner]]

Mark 4 Vertex Compact Scanner

2026-07-05T01:47:10Z

Cyclops: Created page with "{{DEFAULTSORT:Vertex Scanner, Mark 4}} The '''Mark 4 Vertex Scanner''' is a monolithic, ruggedized multi-phasic scanning and computing terminal developed for field operatives and tactical personnel of Solas Tempus. Moving away from the mechanical hinges and dual-screen folding architecture of its Mark 3 predecessor, the Mark 4 consolidates the entire sensor and computing suite into an ultra-durable, solid-state unibody slab. By eliminating moving structural parts, en..."

{{DEFAULTSORT:Vertex Scanner, Mark 4}}
The '''Mark 4 [[Vertex Scanner]]''' is a monolithic, ruggedized multi-phasic scanning and computing terminal developed for field operatives and tactical personnel of [[Solas Tempus]]. Moving away from the mechanical hinges and dual-screen folding architecture of its Mark 3 predecessor, the Mark 4 consolidates the entire sensor and computing suite into an ultra-durable, solid-state unibody slab. By eliminating moving structural parts, engineers dramatically increased the device's internal sensor density, impact resistance, and energy efficiency while streamlining its profile for single-handed tactical deployment.

Measuring 163.6 x 78.1 x 7.9 mm and weighing only 214 grams, the chassis is forged from a lightweight tritanium-aluminum alloy with internally dampened electromagnetic shielding. The front face is dominated by a flat, bezel-less '''17.5-cm Dynamic Quantum Dot LED (QLED)''' display shielded by molecularly reinforced '''Infinity Armor Crystal''', which provides exceptional durability against high-velocity kinetic impacts and environmental hazards. Operating at an adaptive refresh rate with a peak visual output of 2600 nits, the screen maintains absolute clarity even under the blinding lighting conditions of exotic planetary atmospheres.

== Holographic Interface ==
To preserve operational security and minimize unnecessary power drain during field missions, the Mark 4 strips away the wide-area 40-meter non-tactile projection modes seen in previous iterations. Instead, it utilizes a highly localized, tactical holographic display system engineered specifically for rapid schematic manipulation and stealth operations.

* '''Tactical Projection Mode:''' Generates high-definition, three-dimensional light constructs extending up to 2.0 meters directly above or beside the primary display. These projections utilize localized micro-containment fields to provide tactile physical feedback, allowing operatives to manually manipulate complex engineering schematics, rotate topographical maps, or coordinate drone deployments through intuitive hand gestures.
* '''Privacy & Stealth Filtering:''' Incorporates an active optical filter and directional photon-funneling system. When stealth protocols are engaged, the viewing angle of the primary QLED screen restricts strictly to the operator's direct line of sight, while holographic emissions are localized and phase-canceled against peripheral observation by hostile entities.

== Capabilities ==
The Mark 4 Vertex Scanner is designed around tactical automation and streamlined field utility. Rather than requiring operatives to manually tune and calibrate complex sensor arrays during combat or high-stress anomalies, the device automates core environmental assessment, biometric security, and subspace data processing routines.

It handles and coordinates multiple dynamic telemetry streams simultaneously from remote planetary sensing, library computer access, and active fleet networks via the [[BlueNet]] infrastructure. Powered by an '''Octa-Core Non-Linear Quantum Processing Array (NLQPA Gen 5)''' paired with bioneural circuitry and high-density RNA sequence memory storage, the unit is immune to localized temporal interference and heavy electronic jamming. Furthermore, the Mark 4 can operate independently as a self-contained [[Multinodal Core]], seamlessly executing advanced AI subroutines (such as the [[ALICE Interface]] or [[Master Systems AI]] partners) without requiring external core insertions.

=== Scanning ===
* [[VAM Enhanced Sensor Pallet]]
* Active & Passive Subspace Scanners
* Planck & Molecular Focal Elements
: Dedicated precision sensors designed for close-range (within meters) atomic and molecular resolution scanning of forensic evidence, trace elements, and nanotechnology.
* Active & Passive Temporal Scanners
: Pinpoints localized time-flow distortions, chronal rifts, and historical causality shifts (Subject to Solas Tempus security clearances).
* Real-Time Environmental & Audio Imaging
: Live sonar, echolocation, and multi-spectrum (IR, UV, Visible, EM) mapping generated into instant 3D navigational overlays.
* Active & Passive Atomic Biomedical & Genetic Scanner w/ RNA & DNA Sequence Analysis

=== Data Processing ===
* Octa-Core NLQPA Gen 5 Core with High-Bandwidth Optical & Isolinear Data Processing Suite
* Bioneural Circuitry with RNA Sequence Memory Storage
* Remote Command and Control Interface
: Encrypted direct uplink capable of piloting autonomous vehicles, managing automated repair systems, and directing tactical surveillance drone swarms (up to 32-drone coordinated formations).
* [[Multinodal Core]]
: Functions natively as an independent AI host terminal without requiring external core insertions.

== Operational Range ==
Due to the elimination of internal folding hinges, the Mark 4 benefits from reduced internal electromagnetic interference. This structural stability provides a uniform optimization across all integrated scanning elements—yielding a steady 0.3% to 0.46% range increase over the Mark 3 model. Closer proximity remains preferable for deeper analytical integration and real-time processing.

{| class="wikitable"
! Type !! Effective Range !! Description
|-
| style="white-space:nowrap;" | Planck Scale Analyzer || style="white-space:nowrap;text-align:right;" | 2.11 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;" | 28.0 meters || Molecular resolution scanner ideal for chemical composition analysis, detecting trace elements, and verifying material authenticity in engineering, medicine, and security applications.
|-
| style="white-space:nowrap;" | Geological Sensor Array || style="white-space:nowrap;text-align:right;" | 13.25 km || Designed for surveying terrain, locating subterranean 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;" | 28.5 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;" | 23.75 km || Detects hidden power sources, shielded electronics, and potential radiation leaks; vital for security sweeps and engineering diagnostics.
|-
| style="white-space:nowrap;" | High Resolution Temporal Scanners || style="white-space:nowrap;text-align:right;" | 161.5 km || Capable of detecting localized distortions in time flow. Essential for forensic investigations, security monitoring, and temporal defense applications. (Requires Solas Tempus clearance)
|-
| style="white-space:nowrap;" | Short Range Sensors || style="white-space:nowrap;text-align:right;" | 307.0 km || General-purpose high-resolution sensors for tracking objects, detecting life signs, and monitoring environmental conditions within a sector.
|-
| style="white-space:nowrap;" | Subspace Distortion Sensors || style="white-space:nowrap;text-align:right;" | 903 km || Optimized for pinpointing energy field disruptions, communication interference, and high-energy emissions from experimental technologies.
|-
| style="white-space:nowrap;" | Advanced Spectral Analyzers || style="white-space:nowrap;text-align:right;" | 1215 km || Capable of analyzing complex light spectra, identifying exotic materials, and assisting in precision calibrations of remote equipment.
|-
| style="white-space:nowrap;" | Low Resolution Temporal Anomaly Sensors || style="white-space:nowrap;text-align:right;" | 1615 km || Broad-spectrum detection of general time fluctuations, assessing potential hazards in high-energy research, and monitoring environmental stability.
|-
| style="white-space:nowrap;" | Gravitational Displacement Scanners || style="text-align:right;" | 1730 km || Measures localized gravitational shifts, structural integrity fluctuations, and mass distribution anomalies across natural or artificial environments.
|-
| style="white-space:nowrap;" | Long Range Sensors || style="text-align:right;" | 2090 km || Optimized for tracking large-scale movements, detecting high-mass objects, and identifying gravitational or magnetic disturbances over vast areas.
|}

== Core Components ==
; 17.5-cm Dynamic QLED Display: A flat, bezel-less primary interface providing extreme visual clarity and rapid touch response.
; Infinity Armor Crystal: A multi-layered synthetic crystal matrix protecting the primary display from kinetic impacts, crushing pressure, and thermal shock.
; Quad-Array VAM Sensor Pallet: Flush-mounted rear sensor housing consolidating subspace, optical, temporal, and biomedical diagnostic hardware into a unified sensor array based on the [[VAM Enhanced Sensor Pallet]].
; Octa-Core NLQPA Gen 5: The Non-Linear Quantum Processing Array managing non-linear encryption, instantaneous sensor filtering, and temporal shielding routines.
; Multi-Factor Biometric Scanner: Side-mounted and under-display sensors checking operator DNA, thermal signature, iris patterns, and fingerprint profiles against active Solas Tempus security databases.
; Micro-SVR Power Cell: A miniaturized [[Spacial Variance Reactor]] paired with a 5000 mAh high-density electro-plasma reserve battery, allowing months of independent field operation and rapid induction recharging.

== History ==
Conceived in early 2389 under the [[Solas Tempus]] initiative '''Project Monolith''', the Mark 4 Vertex Scanner was engineered to resolve the operational compromises observed during the deployment of the Mark 3 and Mark 2 Combat models. While the foldable Mark 3 provided excellent screen real estate for stationary researchers, frontline [[Temporal Operatives|temporal operatives]] reported that mechanical hinges created structural points of failure during high-speed atmospheric drops and intense physical combat. Conversely, the Mark 2 Combat Scanner sacrificed too much sensor resolution and computing bandwidth to achieve its rugged form factor.

Project Monolith sought to unify these tiers by shrinking the Non-Linear Quantum Processing Array into a dense 3-nanometer architecture and pairing it with advances in solid-state Infinity Armor crystal. Following successful field trials across high-interference environments, the unibody Mark 4 cleared final evaluation and entered mass production in late 2390. It rapidly superseded previous generations to become the definitive standard-issue field scanner for Solas Tempus action teams, exploratory fleets, and [[Serenity Concord]] security forces.

[[Category:Advanced Technology]]

Void Space

2026-07-04T03:55:23Z

Cyclops: Moved to new site

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The Void

2026-07-04T03:54:54Z

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2026-07-04T03:11:20Z

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Severed Realm

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Ocean of Dreams

2026-07-04T01:55:32Z

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2026-07-04T01:28:31Z

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