Image from Dangerous Safety | |
The planets orbiting Wasat; Atlas, Globe and Mappa |
Wasat System - Data Panel | |
System | Names: Wasat, Delta Geminorum Components: 3 1) Wasat (Delta Geminorum Aa) 2) Geographia (Delta Geminorum Ab) 3) Tianzun (Delta Geminorum B) Location: - Distance from Conver Ky: 6.565 ly (J2000) - Distance from Sol: 56.487 ly (J2000) - Constellation: Gemini (J2000) |
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Wasat | Names: Wasat, Delta Geminorum Aa, 55 Geminorum Aa, Gliese 271 Aa (GJ 271 Aa), HD 56986, HIP 35550, HR 2777 Physical characteristics: - Mass: 1.57 x Sol - Radius: 2.674 x Sol - Luminosity: 10.146 x Sol (bolometric) - Temperature: 6,300 Kelvin - Spectral type: F0 IV - Age: 1.6 billion years System: Surrounding Wasat was a small number of vulcanoid asteroids which were disassembled for the construction of starlifting apparatuses fueling the development of the system. In the Current Era, the circumstellar environment is dominated by a large number of ringworlds. They are not the sole occupiers of the circumstellar space, however; billions of smaller habitats are also present. |
Geographia | Names: Geographia, Delta Geminorum Ab, 55 Geminorum Ab, GJ 271 Ab Physical characteristics: - Mass: 0.186 x Sol - Radius: 0.224 x Sol - Luminosity: 0.004 x Sol (bolometric) - Temperature: 3,052 Kelvin - Spectral type: M4 V - Age: 1.6 billion years System: Aside from the vulcanoids, a dwarf planet known as Library also orbits this star. Most vulcanoids were disassembled over the last few millennia for additional materials for the construction of structures around Wasat and Geographia itself. Library, now a shellworld, along with few remaining vulcanoids, currently orbit among swarms of habitats. Wasat/Geographia binary orbit Orbital characteristics: - Average separation: 4.04 AU - Period: 6.13 years - Eccentricity: 0.35 System: The planets orbiting the Wasat-Geographia barycentre are named after different types of pre-computer era maps. 1) Atlas: MicroBiotic Tholi-Terrestrial Cere-Jotunnian Titano-Abyssal Aqua-Atlantean Semi-major axis = 16.00 AU, Orbital period = 48.28 years, Eccentricity = 0.074, Mass = 3.582 x Earth, Radius = 1.617 x Earth 2) Globe: TholiTerrestrial CereJotuunian Marine Tepidal Petro-Titano-Gaian AquaAtlantean Semi-major axis = 22.93 AU, Orbital period = 82.85 years, Eccentricity = 0.084, Mass = 2.766 x Earth, Radius = 1.568 x Earth 3) Mappa: Ammo-Neptunian Cere-Jotunnian Aqua-Cytherean Semi-major axis = 33.87 AU, Orbital period = 148.7 years, Eccentricity = 0.040, Mass = 7.720 x Earth, Radius = 2.526 x Earth |
Image from Dangerous Safety | |
The planets orbiting Tianzun; Compass, Kamul and Sextant |
Tianzun | Names: Tianzun, Delta Geminorum B, 55 Geminorum B, GJ 271 B Physical characteristics: - Mass: 0.623 x Sol - Radius: 0.641 x Sol - Luminosity: 0.155 x Sol (bolometric) - Temperature: 4,522 Kelvin - Spectral type: K3 V - Age: 1.6 billion years System: Tianzun is derived from the Chinese name of the star. The planets orbiting Tianzun, meanwhile, are named after different types of pre-computer cartography tools. 1) Compass: Videntian Terrestrial Lapi-Minervan Tundral Salifo-Arean Semi-major axis = 0.0715 AU, Orbital period = 8.847 days, Eccentricity = 0.022, Mass = 0.163 x Earth, Radius = 0.579 x Earth 2) Kamal: Videntian Acidi-Terrestrial Cere-Ydratian Aqua-Cytherean Semi-major axis = 0.206 AU, Orbital period = 43.26 days, Eccentricity = 0.017, Mass = 1.883 x Earth, Radius = 1.301 x Earth 3) Sextant: AcidiTerrestrial CereYdratian AquaCytherean Semi-major axis = 0.304 AU, Orbital period = 77.56 days, Eccentricity = 0.076, Mass = 2.245 x Earth, Radius = 1.488 x Earth Wasat/ Tianzun binary orbit Orbital characteristics: - Average separation: 172 AU - Period: 1,462 years - Eccentricity: 0.11 |
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Reached | Tianzun was reached by the First Federation in 1920 by colonists aboard the Visible Excitement. Some ahuman groups had already arrived at the system by that time, although taking up residence deep inside the Neptunian planet Mappa, they were not detected by the Federation colonists until later. |
Image from Steve Bowers | |
A image of the surface of the Petrolic world Globe, simulated with the cloud cover removed |
Image from Steve Bowers | |
Conver Ambi era bubblehabs in the atmosphere of Kamal |
Image from Steve Bowers | |
This complex nest of non-coplanar ringworlds surrounds the star Wasat A, and the starlifting rig that extracts materials for construction from the star |