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Spaceception

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Everything posted by Spaceception

  1. Alrighty, that took awhile. The system lasted 141 years by the time I finished it, then I closed it out to write this. Vulcan: Mass 0.071 | Earths Radii 2467 km | .473 g | Temp 718 c (There was visible lava) | .665 Atm | Albedo .40 | Materials; 74% Iron, 26% Silicates | Eccentricity 0.06 | Inclination 12.7 | Orbital period 27 days | .16 by .18 AU | Tidally locked | Comet tail | Mercury: Same Venus: Mass/Radii/Gravity same | Temp 45.3 c | 1.8 Atm | Albedo: I forgot:/ It was high though. | Materials; Iron: 20%, Silicates 80%, Water 0.000995%, Organics 0.00600 | Inclination 33.8 | Orbital period 270 days (.8 AU) | 1.1 rotational period | Magnetic field .3 Gauss | Eros: Fit the specifications. Earth: Same, save for a .1.8 c increase. Luna: Mass 8.3 moons | 3374 km | .36 g | 12.6 | .53 Atm | Albedo .78 | Materials; 30.1% Iron, 69.9 Silicates, 0.0100 Water, 0.00900 Organics | 1.1 rotational period | Magnetic field .1 Gauss | Mars: Mass/Radii//Gravity/Day/night cycle same | Temp 9.39 c | .8 Atm | Albedo .73 | Materials; 16.7% Iron, 83.3 Silicates, 0.00200% Water, 0.01000% Organics | Orbital period, I didn't check:/ | 1.3 AU | Magnetic field .2 Gauss | Bellona: Fit the specifications | And Finally; Minerva: Mass 8 Earths | 10862 km | 2.7 g | 9.06 c | 2.7 Atm | Albedo .08 | Materials; Iron 40.6, SIlicates 59.2%, Water 0.0999%, Organics 0.0800% | Orbital period, I forgot; again:/ | 1.74 AU | 1.8 rotational period | Magnetic field: 1 Gauss | Whew, that took awhile, what do you think?
  2. Isn't the reason Mars lost it's water (2 bya may I add) was because it was too small? I know there's a moon, but I don't really see how it could sustain a strong magnetic field to keep it's atmosphere, temperature and water. Also, I don't see Planet 9.
  3. Yeah, I figured that out, is it a bug? I did too, maybe Andem didn't look at the front page closely enough.
  4. I know where that is, but i can't actually save it, the US2 site said Ctrl + s but it didn't work.
  5. Wow, that's really nice, I hope that kid gets better. I wish I could rep more than 1 to you, you deserve it!
  6. How do you save simulations? EDIT: I figured it out, nevermind EDIT EDIT. It didn't work halp.
  7. @fredinno New, new Vulcan stats: Same of everything, except for a few things: Orbital Period: 26 days, Distance: .16 AU by .18 AU, atm pressure: 1.27, temperature, 871 c Albedo: 35, and 100 % Iron. 50 years stable. (I would've done it for longer, but I got tired of simulating it)
  8. @fredinno New Vulcan stats (Without the list thingy): Mass: 0.07 Earth mass, Radii 2457 km, 5.18 atm, temp, 1680 c, gravity: .463 gees, magnetic field, 0.690 Gauss, materials: Iron: (Might as well be 100 %, it's steadily rising) Silicates (Might as well be 0 %), It still has the "comet tail", Distance: .18 AU, by .21 AU. Orbital period: 32 days. Tidally locked. Looks stable.
  9. It's ejecting matter like a comet, I'm very sure it's the atmosphere. I'll update it's mass, check back in ~15 minutes (Again ).
  10. Vulcan stats: Mass: 9 moons Radii: 3211 km Gravity: : .436 gees Temperature: 1130 c Atm pressure: 5 atm Orbital period: 33.3 days Tidally locked: Yes Magnetic field: Yes, 0.0500 gauss Apoapsis: 31983744 km Periapsis: 28647918 km Eccentricity: 0.06 Inclination: 12.7 Materials: Iron: 24.8 % Silicate's: 75.2 % It stayed stable for 10 years before it vanished from existence, although, that may have been because I really sped through time (I think it was several years per second) to see how long it would be stable.
  11. I made most of the inner solar system in US2, Vulcan isn't in any way stable for longer than a month, it either dissipated when I tried fine-tuning its mass, or flung out when I sped through time. However, all other major bodies (Mercury, Venus, Earth/Luna, Mars, Bellona, and Minerva) were just fine, and fit the specifications.
  12. I didn't see any comment like that, the most recent one was made 3 weeks ago and was a conspiracy theorist.
  13. Read this: http://www.space.com/28280-alien-planets-atmospheres-day-night.html
  14. Oh, but haven't costs for sending stuff into space dropped? And it shouldn't cost a lot less if you just bring a couple of lightweight landers, instead of a full-blown Cassini-like craft? And what if you launch it from a Falcon Heavy? I'm just throwing around possibility's at this point
  15. Why don't they matter? Also, Proxima Centauri (Alpha Cen C) has a small chance of it just passing through the system, it may not even part of it, Plus, Alpha Cen A/B are at an average distance of the Sun to Saturn, they're pretty close to each other, so any Earth-like planets that form would have pretty weird nights. So If there are any planets around Proxima, (Which is 0.2 ly away from A/B), they' would probably be better.
  16. How long do you think we would run a Cassini "2.0" and would there be a small chance they could put a lander on both Enceladus, and Titan? (if it gets picked of course)
  17. Alpha Centauri Bb (4 day orbit) (Likely doesn't exist) and Bc (13 day orbit) (Probably exists)., No planets around Alpha Centauri A (As far as we know), No planets around Proxima (As least for now).
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