Elite Dangerous Astrometrics

- Galactic Exploration Catalog -

Revision for The Song of Ice, Fire and Gamma Rays
Previous Revision, by Sebastian Menetil [2024-06-11 03:29:52]	→	Selected revision, by Sebastian Menetil [2024-06-11 19:25:23]
DISCOVERER
Sebastian Menetil	→	Sebastian Menetil
NAME
The Song of Ice, Fire and Gamma Rays	→	The Song of Ice, Fire and Gamma Rays
SYSTEMNAME
Oochosy ES-B d13-1	→	Oochosy ES-B d13-1
CATEGORY
Stellar Features	→	Stellar Features
CATEGORY 2
Sights and Scenery	→	Sights and Scenery
REGION
Sanguineous Rim	→	Sanguineous Rim
LATITUDE
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LONGITUDE
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CALLSIGN
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SUMMARY
Another death world, a massive and hot icy world that orbits around its parent WD star closely, sometimes crossing the edge of the jet.	→	Another death world, a massive and hot icy world that orbits around its parent WD star closely, sometimes crossing the edge of the jet.
DESCRIPTION
Death worlds are known legend among many commanders, especially explorers. The mystery of why one can walk on their foot while being blasted by a jet (while the ship would rightfully melt "alive") is yet to be solved. The planet itself is also rather peculiar. It's a massive icy world. weighing more than 20 earth masses and has a gravity of 2.2G. It is also incredibly hot, sporting a whopping 577K of average surface temperature (which, IMO, is enormous for an icy world of all things). Perhaps it is so hot because it is so close to the star. Makes sense. Then how has it remained intact, much less an icy? The answer is up to the reader. Views on it can be rather scenic, as there's also a red dwarf in a system that is mere 98 light seconds away from this planet, allowing often to see both stellar objects in the sky.	→	Death worlds are known legend among many commanders, especially explorers. The mystery of why one can walk on their foot while being blasted by a jet (while the ship would rightfully melt "alive") is yet to be solved. The planet itself is also rather peculiar. It's a massive icy world. weighing more than 20 earth masses and has a gravity of 2.2G. It is also incredibly hot, sporting a whopping 577K of average surface temperature (which, IMO, is enormous for an icy world of all things). Perhaps it is so hot because it is so close to the star. Makes sense. Then how has it remained intact, much less an icy? The answer is up to the reader. Views on it can be rather scenic, as there's also a red dwarf in a system that is mere 98 light seconds away from this planet, allowing often to see both stellar objects in the sky.
Death worlds are known legend among many commanders, especially explorers. The mystery of why one can walk on their foot while being blasted by a jet (while the ship would rightfully melt "alive") is yet to be solved. The planet itself is also rather peculiar. It's a massive icy world. weighing more than 20 earth masses and has a gravity of 2.2G. It is also incredibly hot, sporting a whopping 577K of average surface temperature (which, IMO, is enormous for an icy world of all things). Perhaps it is so hot because it is so close to the star. Makes sense. Then how has it remained intact, much less an icy? The answer is up to the reader. Views on it can be rather scenic, as there's also a red dwarf in a system that is mere 98 light seconds away from this planet, allowing often to see both stellar objects in the sky.	→	Death worlds are known legend among many commanders, especially explorers. The mystery of why one can walk on their foot while being blasted by a jet (while the ship would rightfully melt "alive") is yet to be solved. The planet itself is also rather peculiar. It's a massive icy world. weighing more than 20 earth masses and has a gravity of 2.2G. It is also incredibly hot, sporting a whopping 577K of average surface temperature (which, IMO, is enormous for an icy world of all things). Perhaps it is so hot because it is so close to the star. Makes sense. Then how has it remained intact, much less an icy? The answer is up to the reader. Views on it can be rather scenic, as there's also a red dwarf in a system that is mere 98 light seconds away from this planet, allowing often to see both stellar objects in the sky.
JOURNAL
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OBSERVATORY
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