Tsovinar (Cooper's Star): Difference between revisions
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Created page with " {{DSTheme}} {{DSLogo}} {{DSTimeline24to26}} {{Infobox World | title1=Tsovinar | image1=Tsovinar.png | caption-image1=Orbital View of planet Tsovinar with small continents | article_creator=mMONTAGEe | galaxy=Milky Way | distance_from_galactic_center=15.2 Thousand light years | region=Near Orion Spur | system=Cooper's Star | designations=DSO 1455 - 6393 | other_names=Cooper's Star 4 B | demonym=Lost city of Tallonians | previous/unused_names=DSO..." Tag: 2017 source edit |
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Tsovinar's average surface temperature is approximately '''6°C''' (279.15 Kelvins), with an atmosphere dominated by water vapor, followed by nitrogen. Like Emerald, Tsovinar raises significant questions about its origins. Simulations do not support the possibility of naturally forming a habitable environment for humanity, suggesting that both planets may have been terraformed by an unknown civilization to accommodate human life. |
Tsovinar's average surface temperature is approximately '''6°C''' (279.15 Kelvins), with an atmosphere dominated by water vapor, followed by nitrogen. Like Emerald, Tsovinar raises significant questions about its origins. Simulations do not support the possibility of naturally forming a habitable environment for humanity, suggesting that both planets may have been terraformed by an unknown civilization to accommodate human life. |
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Tsovinar features several small continents on its surface, rich in simple bacterial organisms and seaweed, often thrown onto land by oceanic waves. The planet’s oceans exhibit a striking cyan hue, painting the entire planet in a mesmerizing blend of '''cyan and white''', further accentuated by thick cloud coverage. From orbit, Tsovinar presents a stunning and unique sight. |
Tsovinar features several small continents on its surface, rich in simple bacterial organisms and seaweed, often thrown onto land by oceanic waves. The planet’s oceans exhibit a striking cyan hue, painting the entire planet in a mesmerizing blend of '''cyan and white''', further accentuated by thick cloud coverage. From orbit, Tsovinar presents a stunning and unique sight. |
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===Environment of Tsovinar=== |
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===Lost City of Tallonians=== |
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===Cooper's Log on Tsovinar=== |
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Revision as of 08:34, January 16, 2025
This article takes place in the 24 & 26 centuries of Distant Worlds.
Tsovinar
mMONTAGEe
Milky Way
15.2 Thousand light years
Near Orion Spur
Cooper's Star
Cooper's Star 4 B
DSO 1455 - 6393
Lost city of Tallonians
DSO 1455 - 6393
Temperate Oceania
Marie
Class II Neptune-like gas giant
64394.16 km
1.96346018 days
0.073
0.54
Marie, Emerald
5.1282·10^24
11852.98 km
4.4974 g/cm^3
0.83 g
Scientific Assembly (24th), United Sol Command (26th)
Scientific Assembly, Aboriya Large Particle Collider.
Added soon
~ 900,746 (26th)
Sol Standard
ExoCredits
Scientific Assembly Logistics Branch, Aboriya Large Particle Collider .
OVERVIEW
The planet Tsovinar, previously known by various names such as Atlantis, Hydros, or Archemiron, is a temperate oceanic world orbiting the Class II Neptune-like gas giant Marie. The debate over Tsovinar's name was resolved by neutral representatives of the United LunaTerra and Martian Technate and officially named by the Cetus Federal Republic. Tsovinar was not physically visited during the Distant Worlds Expedition but was extensively observed and charted from the surface of Emerald by Harrison Wells and Emilia Blossom, with additional logbook observations recorded by Mark Cooper. Tsovinar's average surface temperature is approximately 6°C (279.15 Kelvins), with an atmosphere dominated by water vapor, followed by nitrogen. Like Emerald, Tsovinar raises significant questions about its origins. Simulations do not support the possibility of naturally forming a habitable environment for humanity, suggesting that both planets may have been terraformed by an unknown civilization to accommodate human life. Tsovinar features several small continents on its surface, rich in simple bacterial organisms and seaweed, often thrown onto land by oceanic waves. The planet’s oceans exhibit a striking cyan hue, painting the entire planet in a mesmerizing blend of cyan and white, further accentuated by thick cloud coverage. From orbit, Tsovinar presents a stunning and unique sight.