Adara Star System: Difference between revisions

From Solas Tempus DB
No edit summary
No edit summary
 
(13 intermediate revisions by the same user not shown)
Line 1: Line 1:
The star Adara is an O-Type blue main sequence star of 54 Solar Masses. The star's mean radius is 12 times that of Sol. The habitable zone of Adara is 74.31 AU to 104.45 AU. The system has a mean diameter of 30.45 AU and contains; 7 planets significant asteroids, 6 photo-planets, 5 comets, and 4 asteroid belts.  This is the largest star in the [[Adara Sector]].
{{Binary Star Data
|namea=Adara Alpha
|nameb=Adara Beta
|typea=F1V Yellow-White Main Sequence Star
|typeb=G8V Yellow Main Sequence Star
|radiusa={{Exp|8.98|5}} km (1.29 times Sol)
|radiusb={{Exp|6.06|5}} km (0.95 of Sol)
|massa={{Exp|3.03|30}} kg (1.66 times Sol)
|massb={{Exp|1.40|30}} kg (0.70 of Sol)
|tempa=7300 K
|tempb=5300 K
|luma={{Exp|1.63|27}} W (4.26 times Sol)
|lumb={{Exp|2.09|26}} W (0.55 of Sol)
|distance={{Exp|8.06|7}} km (0.54 AU)
|hab=Between 1.63 and 2.52 AUs
|loc=[[Adara Sector]]<br>0.96 ly from the [[Svyo Star System]]
}}
The Adara star system, located in the Adara Sector, consists of a binary star pair, Adara Alpha and Adara Beta, with distinct characteristics. Adara Alpha is a F1V yellow-white main sequence star, larger and more massive than Adara Beta, a G8V yellow main sequence star. The stars are separated by a distance of 0.54 AU, and their combined gravitational forces shape the system's dynamics. The system's lone planet, Eldrima, is a green yet warm world with a predominantly water-covered surface, including vast ice sheets. Its thin and toxic atmosphere is dominated by high-velocity winds, while prokaryotic microbes thrive beneath the icy waters. Volcanic activity contributes to the planet's warmth, but also to its hazardous atmosphere. Additionally, an asteroid belt beyond Eldrima bears evidence of frequent impacts. The Adara star system offers opportunities for studying extreme environments, astrobiology, planetary geology, and the dynamics of binary star systems.


{{Planet Data
|name=Eldrima
|class=O
|distance=2.5 AU
|period=2.57 Years
|radius=9375.15 km (1.47 x Earth)
|gravity=1.45 G
}}
This is a green but warm world, 98% of the surface area is water and 57% of that is ice.  It has a thin and toxic atmosphere, dominated by high velocity winds.  While the atmosphere is mostly oxygen-nitrogen with 1500 ppm chlorine gas making it incapable of supporting most life forms.  Prokaryotic microbes do exist in the water of this planet below the large sheets of ice.  Heavy volcanic activity contribute to the deadly atmosphere but also keep the water warm enough for simple single / multi-cellular life.


== Stellar Features ==
=== Wrecked Cargo Ship - [[Stellaris Dawn (RCS-2378)]] ===
* 7 Planets
In the hostile expanse of Eldrima, a wrecked cargo ship rests in a partially submerged state, bearing the scars of a catastrophic crash. The vessel's broken hull, evidence of an impact of unknown origin, lies exposed amidst the planet's toxic atmosphere and turbulent winds. Once a thriving hub of activity, the ship now stands as a solemn reminder of a mission gone awry. The precise cause of the crash remains undetermined, necessitating further investigation into the circumstances that led to this unfortunate event. Salvage operations and reconnaissance efforts are warranted to assess the wreckage, recover any valuable assets, and gather intelligence to shed light on the incident and its implications. The hazardous nature of the planet and the wrecked ship's precarious condition require a pragmatic and disciplined approach to ensure the safety and success of personnel engaged in this mission.
* 6 Proto-Planets
* 5 Comets
* 4 Asteroid Belts


=== Planets ===
== Adarian Cascade ==
==== Ribunuta ====
Formed through a cataclysmic planetary collision in the early stages of the star system's existence, this dense belt showcases a captivating dance of fractured celestial bodies. Explorers are drawn to this cosmic labyrinth, enticed by the potential discovery of valuable resources hidden within the asteroids' diverse composition. These celestial fragments hold the promise of rare metals, such as iridium, platinum, and titanium, as well as abundant minerals, including tritanium, corundum, and rare-earth elements. Navigating this perilous terrain requires skill, as gravitational anomalies and cosmic debris pose constant threats.
; Distance to Star: 2.85 AU
; Class: A
This rocky furnace of a world stays at temperatures close to that of molten lead due to volcanic activity.  The planet has one tidally locked moon.
 
==== Mckest ====
; Distance to Star: 3.09 AU
; Class: C
The cold world lacks an atmosphere of any kind, essentially a massive rock in space.
 
==== Sphas ====
; Distance to Star: 3.32 AU
; Class: A
With a thick atmosphere powered by constant volcanic eruptions and tectonic shifts, the surface temperatures of this world are extreme, on both ends.  Near the poles the temperature can drop to -200 degrees Celsius in the winter months while at the equator the planet maintains a temperature of 190 C.  The equator is where the majority of the tectonic stress from, orbital projections suggest that tidal forces between Mckest and Mckeg during certain orbits could fuel the internal turmoil of this world.  The world has a very short day/night cycle, far faster than any other world in the system.
 
==== Mckeg ====
; Distance to Star: 3.51 AU
; Class: A
This hot world has temperatures close to molten steel.  For some reason the planet has an incredibly powerful magnetic and gravitational field.  The inner core of this world is extremely dense and hot and rotates very fast, the planet has a powerful magnetic field due to the dense core. The dense and rotating core also gives the planet an incredibly powerful gravitational field.  There are a total of 27 moons in orbit about Mckeg.
 
==== Cluprah ====
; Distance to Star: 6.66 AU
; Class: K
Cluprah is a particularly small planet having a thin atmosphere that no longer supports liquid water.  The planet's axial tilt is 303 degrees, making it unusual.
 
==== Stra ====
; Distance to Star: 20.6 AU
; Class B
This world has a thick atmosphere, mostly sulphur / carbon dioxide and hydrogen.  Temperatures are too high to support liquid water, but there are vast seas of mercury which flow on the surface like water.  This world also has an extreme axial tilt of 177 degrees.
 
==== Chra ====
; Distance to Star: 74.24 AU
; Class C
This rocky world has no atmosphere, though it exists just outside of the systems habitable zone and could potentially be terraformed. This world has a retrograde orbit.
 
=== Proto-Planets & Asteroids ===
An unusual feature of this star system is the existence of proto-planets within the system, possibly the result of planetary collisions. it is believed this would also explain the large number of asteroids in the system.  These proto-planets exist in dense dust clouds between the 6th and 7th planets.  This is also where 89% of the steroids in the system exist here.


[[Category:Star Systems]]
[[Category:Star Systems]]
[[Category:Adara Sector]]

Latest revision as of 20:46, 9 July 2023

Name: Adara Alpha Adara Beta
Type: F1V Yellow-White Main Sequence Star G8V Yellow Main Sequence Star
Radius: 8.98 x 105 km (1.29 times Sol) 6.06 x 105 km (0.95 of Sol)
Mass: 3.03 x 1030 kg (1.66 times Sol) 1.40 x 1030 kg (0.70 of Sol)
Temperature: 7300 K 5300 K
Luminosity: 1.63 x 1027 W (4.26 times Sol) 2.09 x 1026 W (0.55 of Sol)
Distance: 8.06 x 107 km (0.54 AU)
Ecosphere:Between 1.63 and 2.52 AUs
Location: Adara Sector
0.96 ly from the Svyo Star System

The Adara star system, located in the Adara Sector, consists of a binary star pair, Adara Alpha and Adara Beta, with distinct characteristics. Adara Alpha is a F1V yellow-white main sequence star, larger and more massive than Adara Beta, a G8V yellow main sequence star. The stars are separated by a distance of 0.54 AU, and their combined gravitational forces shape the system's dynamics. The system's lone planet, Eldrima, is a green yet warm world with a predominantly water-covered surface, including vast ice sheets. Its thin and toxic atmosphere is dominated by high-velocity winds, while prokaryotic microbes thrive beneath the icy waters. Volcanic activity contributes to the planet's warmth, but also to its hazardous atmosphere. Additionally, an asteroid belt beyond Eldrima bears evidence of frequent impacts. The Adara star system offers opportunities for studying extreme environments, astrobiology, planetary geology, and the dynamics of binary star systems.

Eldrima

Class: O
Distance: 2.5 AU
Period: 2.57 Years
Radius: 9375.15 km (1.47 x Earth)
Gravity: 1.45 G

This is a green but warm world, 98% of the surface area is water and 57% of that is ice. It has a thin and toxic atmosphere, dominated by high velocity winds. While the atmosphere is mostly oxygen-nitrogen with 1500 ppm chlorine gas making it incapable of supporting most life forms. Prokaryotic microbes do exist in the water of this planet below the large sheets of ice. Heavy volcanic activity contribute to the deadly atmosphere but also keep the water warm enough for simple single / multi-cellular life.

Wrecked Cargo Ship - Stellaris Dawn (RCS-2378)

In the hostile expanse of Eldrima, a wrecked cargo ship rests in a partially submerged state, bearing the scars of a catastrophic crash. The vessel's broken hull, evidence of an impact of unknown origin, lies exposed amidst the planet's toxic atmosphere and turbulent winds. Once a thriving hub of activity, the ship now stands as a solemn reminder of a mission gone awry. The precise cause of the crash remains undetermined, necessitating further investigation into the circumstances that led to this unfortunate event. Salvage operations and reconnaissance efforts are warranted to assess the wreckage, recover any valuable assets, and gather intelligence to shed light on the incident and its implications. The hazardous nature of the planet and the wrecked ship's precarious condition require a pragmatic and disciplined approach to ensure the safety and success of personnel engaged in this mission.

Adarian Cascade

Formed through a cataclysmic planetary collision in the early stages of the star system's existence, this dense belt showcases a captivating dance of fractured celestial bodies. Explorers are drawn to this cosmic labyrinth, enticed by the potential discovery of valuable resources hidden within the asteroids' diverse composition. These celestial fragments hold the promise of rare metals, such as iridium, platinum, and titanium, as well as abundant minerals, including tritanium, corundum, and rare-earth elements. Navigating this perilous terrain requires skill, as gravitational anomalies and cosmic debris pose constant threats.