Revision for The Twilight Realm | ||
Previous Revision, by Richard Fluiraniz M. [2022-10-24 07:21:04] | → | Selected revision, by CMDR Marx [2022-10-24 11:42:26] |
DISCOVERER | ||
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NAME | ||
The Twilight Realm | → | The Twilight Realm |
SYSTEMNAME | ||
Gyruenz AA-A h15 | → | Gyruenz AA-A h15 |
CATEGORY | ||
Sights and Scenery | → | Sights and Scenery |
CATEGORY 2 | ||
Glitches | → | Glitches |
REGION | ||
Inner Scutum-Centaurus Arm | → | Inner Scutum-Centaurus Arm |
LATITUDE | ||
60.0751 | → | 60.0751 |
LONGITUDE | ||
-124.3126 | → | -124.3126 |
CALLSIGN | ||
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SUMMARY | ||
Down the galactic plane, a geologically active helium atmospheric planet orbits a cooled-down Wolf-Rayet. This is the only atmospheric landable known to orbit this type of parent star in the galaxy. | → | Below the galactic plane, a geologically active helium atmospheric planet orbits a cooled-down Wolf-Rayet star. This is the only known atmospheric landable around this type of parent star. |
DESCRIPTION | ||
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The darkened Wolf-Rayet.
While on first glance there seems that this star will not cast any type of brightness in its only orbiting body, however the atmosphere tells otherwise. Silicate vapor geysers which decorates the horizon, suggests constant geological activity inside the planet. This has resulted in this planet having relatively normal gravity of 1.03G which its quite similar to Earth, a planet that it's only bigger by 538 km. The Twilight realmThe planet accumulates the little light the parent gives it and creates a faint but bright reflection of its helium atmospheric component; not only brightening the skyline but the star itself. This makes an eerie sight that can't see nowhere else in the galaxy due to the rarity of the planet with the star type. Regardless of the light activity however, the planet itself is really cold maintaining an extremely cold temperature of 20k regardless of the time of the day. The strange phenomena itself needs to be chased down, as the planet has a rotating speed of 1.1 d and it's not static. And easy way to do this is to land in the day line of body A1 while keeping an eye on the body, like shown in the picture above. Once you get the star in the horizon, you will be ready to enjoy this ghastly spectacle. Otherwise the atmosphere glows in a faint blue with the brightened parent in the sky. Reflection of the light's brightness towards a spaceshipTurning around will let you have a stunning sight of the bottom of the galaxy, as this location is -1,729 units bellow the galactic plane. | → |
The darkened Wolf-Rayet star.
While on first glance it seems that this star will not cast any type of brightness on its only orbiting body, however, that turns out to not be the case. Silicate vapour geysers decorates the horizon, suggesting constant geological activity inside the planet. The planet has an almost Earth-like gravity of 1.03 g, and it's only bigger by 538 km. The Twilight realmThe planet accumulates the little light the parent gives it and creates a faint but bright reflection of its helium atmospheric component; not only brightening the skyline, but also the star itself. This makes an eerie sight that one can't see elsewhere in the galaxy, due to the rarity of this combination of star type and planet atmosphere. Regardless of the light the star gives however, the planet itself is extremely cold, maintaining a surface temperature of 20 K regardless of the time of the day. The strange phenomenon itself needs to be chased down, as the planet has a rotating speed of 1.1 days. An easy way to do this is to land in the day line of body A 1 while keeping an eye on the body, like shown in the picture above. Once you get the star on the horizon, you will be ready to enjoy this eerie spectacle. Otherwise the atmosphere glows in a faint blue with the brightened parent in the sky. Reflection of the light on a spaceshipTurning around will let you have a stunning sight of the bottom of the galaxy, as this location is -1,736 ly below the galactic plane. |
JOURNAL | ||
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OBSERVATORY | ||
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