| Revision for Wreath of Rocks | ||
| Previous Revision, by fleavis [2025-02-15 04:15:03] | → | Selected revision, by CMDR Marx [2025-02-15 12:28:56] |
| DISCOVERER | ||
| Fleavis | → | Fleavis |
| NAME | ||
| Wreath of Rocks | → | Wreath of Rocks |
| SYSTEMNAME | ||
| Dehau EG-Y g9 | → | Dehau EG-Y g9 |
| CATEGORY | ||
| Stellar Features | → | Stellar Features |
| CATEGORY 2 | ||
| → | ||
| REGION | ||
| Temple | → | Temple |
| LATITUDE | ||
| → | ||
| LONGITUDE | ||
| → | ||
| CALLSIGN | ||
| → | ||
| SUMMARY | ||
| Two stars with rings: a red dwarf and a brown dwarf star. Various bodies and atmospheres around the only ringless star in the system. | → | Two stars with rings: a red dwarf and a brown dwarf star. Various bodies and atmospheres around the only ringless star in the system. |
| DESCRIPTION | ||
| → | ||
This system houses two ringed stars which orbit the primary black hole as its satellites. The first one is a class M red dwarf star, with rocky rings. A class II gas giant orbits it as its sole satellite, with rocky rings as well.
The second ringed star in the system is a class T brown dwarf star.
Unlike the other two, this one has metal-rich rings and a gas giant with ammonia-based life orbiting around it. An L-class star is orbited by a Water World (2 c) with a thin carbon dioxide-rich atmosphere (a candidate for terraforming), while its "neighbour" (2 d) is an Ammonia World. Then there's a landable moon with a thin nitrogen atmosphere, and another with a thin methane-rich atmosphere - plus other bodies with thicker atmospheres.
| → | This system houses two ringed stars which orbit the primary black hole as its satellites. The first one is a class M red dwarf star, with rocky rings. A class II gas giant orbits it as its sole satellite, with rocky rings as well.
The second ringed star in the system is a class T brown dwarf star.
Unlike the red dwarf star, this brown one has metal-rich rings circling it, and more than just one satellite. It is orbited by a Water World (2 c) with a thin carbon dioxide-rich atmosphere (a candidate for terraforming), while its "neighbour" (2 d) is an Ammonia World. Then there's a landable moon with a thin nitrogen atmosphere, and another with a thin methane-rich atmosphere - plus other bodies with thicker atmospheres.
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| JOURNAL | ||
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| OBSERVATORY | ||
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