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About Cabbink

  • Rank
    Exoplaneter, Lich Explorer, and Forger Of Worlds

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Profile Information

  • Location Currently 1190 years in the future, at Actopolis, New USA, Irma[Ross 128b]
  • Interests Kopernicus, KSP(Of course), Exoplanetology, Exobiology, Exploring Lich(in KSP), Taking pictures of Planets, Being exited about TRAPPIST-1, Quantum Mechanics(I'm serious), Orbital Mechanics

Recent Profile Visitors

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  1. Don't Ask about my Pfp. Im just a spooky ghost and that's how it is.

  2. I have a new name for our hell-hole. Anyone remember This? The legend describes Icarus and his father escaping with wax wings. Icarus flies tok close and his wings melt. Sounda like our planet, hence we should name Tartarus actually as Icarus. @ProtoJeb21
  3. eh, its not Halloween anymore?

    1. Cabbink


      Is it too Spoopy for you?????????????

    2. GenesisPlayz


      such scare very scream

  4. Do i assume the crusshing power is in the giga(?) Pascals. Would this mean we could have wierd forms of metals?
  5. also to top things off, jupiter's core is a mass of 14 to 18 earths, or 5% of it's mass. if we assume tartarus is a jupiter core of equal ratio, the mass of such a previous object would be 4000 Earths. thats 12.7 Jupiters. this means the planet was just light enough to not be considered a brown dwarf. with presure like that and high metalicity, it likely caused lots of pressure, and may have temporarily fused materials, however unlikely.
  6. It's Simple; Someone left the oven on, and the propulsion from the oven top flames over billions of years pushed it closer, causing this affect.[jk] Honestly, like Proto said, Tartatus spirals inward from gaining mass and then loosing it. it probably creates interesting skies, with plasma glowing in giant waves across the sky, dipping onto the planet and leaving. it would likely heat the planet much more, as essentially, the star is landing on the planet. great star mining location however. Wait... ... WE FORGOT ABOUT THE CORONA @ProtoJeb21!
  7. The tidal forces are 1 billion times stronger. this means anything with less density than 8.5 g/cm(?) gets ripped off. so rocks with lets say empty space or lighter elements get pulled up.
  8. The atmosphere is dense enough and heavy enough the gravity would keep it. low density rocks wont. think of the atmosphere as glue-like.
  9. Well, the tidal forces and gravity from the star is actually quite significant. reaching into very high gs challenging Kraken's gravitational well of in the higher ranks of 30+ gs. its likely super atmosphere weiging a few moons is very good at air resistance. large, less dense chunks would rip off of the planet and becuase of the highest drag in the universe, suspend in the air for millenia, perhaps longer. the islands would just float around. likely, they would only be a few inches of the ground or near exiting the planet's SOI, but if you are lucky, you could have masssive floating pieces of rock on the planet.
  10. nah, its actually really nice to live on, you just need a few thermal suits, oxygen suits, and de-gravity devices. then you have the coolest planet to live on. with massive sky islands its looks really good.
  11. Yeah that was one of my first planes. I have some better ones on the way tht have the highest turn capabilites possible. Just dont black out.