Thex Star System: Difference between revisions

Latest revision as of 00:49, 1 January 2022

Name:	Thex	Thex Beta
Type:	F8V Yellow-White Main Sequence Star	M8V Red Dwarf
Radius:	9.4 x 10⁵ km (1.3 times Sol)	7.65 x 10⁵ km (0.11 of Sol)
Mass:	3.38 x 10³⁰ kg (1.7 times Sol)	4 x 10²⁸ kg (0.02 of Sol)
Temperature:	6400 K	2100 K
Luminosity:	9.62 x 10²⁶ W (2.5 times Sol)	7.7 x 10²² W (2 x 10^-4 of Sol)
Distance:	54.58 AU
Ecosphere:	Between 0.942 and 2.188 AU
Location:	Sigma Tamelos Sector 7.7 ly from the Schatten Star System

Thex is a peculiar star system, the central star (Thex) is the dominating force in the system. It has a companion star, very small and dim, at a distance of 54.58 AU, out beyond the farthest planet. Due to the stars low energy output and distance, it is not a significant factor in providing a habitable zone for planets in the system.

Thex Prime

Class: A
Distance: 0.33 AU
Period: 51.1 Days
Radius: 6545.58 km
Gravity: 1.07 G

This is a hot and rocky world, with no atmosphere at all, incapable of supporting life. It is about the same size as Earth and contains various unremarkable ores, mostly silica and basalt.

Thex 2

Class: A
Distance: 0.64 AU
Period: 233.6 Days
Radius: 4665.17 km
Gravity: 0.85 G

This is a hot and rocky world, with no atmosphere at all, incapable of supporting life. Mostly composed is silica and basalt, there are some small veins of tungsten deep within the planet.

Thex 3

Class: O
Distance: 1.07 AU
Period: 310 Days
Radius: 8913.65 km
Gravity: 1.31 G

The surface is approximately 82% liquid water with virtually no ice caps at the poles, it has a thick atmosphere and highly dynamic weather patterns. It is also heavily tilted on its axis making for more extreme seasons. There is no sentient life indigenous to this world currently living. Evidence suggests that at one point there were, though the planet has been charted from orbit, it has not been explored. Ruins of an ancient civilization indicate an advanced race once inhabited this world. Advanced alien technology / artifacts may be on this world.

Thex 4

Class: M
Distance: 1.59 AU
Period: 445.45 Days
Radius: 7399.79 km
Gravity: 1.19 G

The surface temperature of this world runs somewhat colder than most M Class worlds. The planet has large polar ice caps and much smaller oceans the an average, though is still 77% water. Evidence suggests there was once a heavily industrialized society on this world some 10,000 or so years ago. Vegetation has almost entirely reclaimed the surface, the atmosphere is slightly corrosive and care should be taken with prolonged exposure. The planet is very active tectonically, several chains of volcanos are still active and earthquakes are more common than average. Orbital scans reveal that a crashed alien ship rests in the northern polar region buried beneath the ice.

Eternis Terminal

Eternis Terminal holds the primary Hermod Gate for the system and is located on the western equatorial region of one of the main continents, near the shore.

Thex Gate

The Hermod Supergate for the Thex system is in a fixed orbit near Thex 4, approximately 200,000 km away from the planet.

Thex 5

Class: K
Distance: 2.96 AU
Period: 1419.85 Days
Radius: 7331.6 km
Gravity: 1.22 G

This world has a relatively thin atmosphere of oxygen, nitrogen, and argon. The planet itself is composed mostly of silicone, iron, and aluminum as well as some other more exotic ores in small quantities. It does have small amounts of liquid water on the planet, within these small single-celled organisms cling to life. The surface if marred with numerous craters and is rather geologically inactive.

Thex 6

Class: K
Distance: 5.57 AU
Period: 10 Years
Radius: 7915.6 km
Gravity 1.25 G

This world has a thick atmosphere mostly composed of carbon, nitrogen, argon, and trace amounts of oxygen. Composed mostly of iron, silicon, and lead with gold and magnesium also in abundance. The world is geologically very active which keeps the surface temperature higher than one would expect. The constant geological instability causes extreme ionization in the atmosphere, which is especially turbulent.

Asteroid Belt

A thick asteroid belt between the 6th and 7th worlds indicates that potentially a planet once formed here, but is now a dense belt of rocks. Most asteroids are made up of nick, iron, tungsten, silver, and gold.

Thex 7

Class: P
Distance: 10.25 AU
Period: 25 Years
Radius: 16086.3 km
Gravity: 0.93 G

This world is entirely frozen, it has a thick atmosphere of mostly Nitrogen and Oxygen with trace amounts of other gasses. The surface has no life at all to speak of and permafrost encompasses the entire planet. It has 2 small moons, likely asteroids caught in its gravitational pull.

@@ Line 1: / Line 1: @@
-The Thex system is a unique binary star system.  Thex-Alpha is a type F6V yellow-white main sequence star.  It is roughly the 1.7 times the mass Earth's sun with a temperature of 6400 K.  It is over 2.5 times as bright as Earth's sun.  Thex-Beta is a Type M8V red dwarf star orbiting the main star at a distance of 54.58 AU.  Beta is much smaller and cooler, 2100 K and far dimmer than its companion star.
+{{Binary Star Data
+|namea=Thex
-; Location : 7.7 Lightyears from the [[Schatten Star System]] in the [[Sigma Tamelos Sector]]
+|typea=F8V Yellow-White Main Sequence Star
+|massa={{Exp|3.38|30}} kg (1.7 times Sol)
+|tempa=6400 K
+|luma={{Exp|9.62|26}} W (2.5 times Sol)
+|radiusa={{Exp|9.4|5}} km (1.3 times Sol)
+|nameb=Thex Beta
+|typeb=M8V Red Dwarf
+|massb={{Exp|4|28}} kg (0.02 of Sol)
+|tempb=2100 K
+|lumb={{Exp|7.7|22}} W ({{Exp|2|-4}} of Sol)
+|radiusb={{Exp|7.65|5}} km (0.11 of Sol)
+|distance=54.58 AU
+|hab=Between 0.942 and 2.188 AU
+|loc=[[Sigma Tamelos Sector]]<br>7.7 ly from the [[Schatten Star System]]
+}}
+Thex is a peculiar star system, the central star (Thex) is the dominating force in the system.  It has a companion star, very small and dim, at a distance of 54.58 AU, out beyond the farthest planet.  Due to the stars low energy output and distance, it is not a significant factor in providing a habitable zone for planets in the system.
 == Thex Prime ==