the_new_powder99999
the_new_powder99999
15 / 0
15th Dec 2013
6th Sep 2014
A binary system with a black hole and a star, when the black hole eclipses the star, the light bends towards the planet, increasing the brightness of the star so much that the temperatures on the planet go from 140 to almost 2400 during the eclipse.

Comments

  • explosivepowder
    explosivepowder
    27th Jun 2017
    It's more of an ark ;o
  • explosivepowder
    explosivepowder
    27th Jun 2017
    @the_new_powder_99999 : I actually found the area behind the black hole is in fact less heated than other areas through experiments. Heres the save ID: ID:2156065
  • explosivepowder
    explosivepowder
    15th Aug 2015
    New_Powder: Cool, You need to make a trinary system, A star and black hole orbiting closely (Not to close, else, well, black holes are hungry) And a third star, And this planet in between the third star and blackhole/star.
  • the_new_powder99999
    the_new_powder99999
    9th Jun 2015
    No, this planet doesn't have a moon. Although having 2 stars could get the effect you are looking for.
  • explosivepowder
    explosivepowder
    7th Jun 2015
    @The_New_Powder : True, but still, Also, does this planet even HAVE a moon?
  • the_new_powder99999
    the_new_powder99999
    10th May 2015
    @Tangle10 It isn't big, the light is distorted weirdly so it appears bigger. Although it may still need to be a bit smaller to be realistic.
  • the_new_powder99999
    the_new_powder99999
    10th May 2015
    @explosivepowder I don't think it would do that, imagine the star being a light and the black hole being a magnifying glass, there might be a tiny reflection, but a moon would light the planet more.
  • Tangle10
    Tangle10
    5th May 2015
    Oops double post sorry
  • Tangle10
    Tangle10
    5th May 2015
    That's a really big black hole.
  • Tangle10
    Tangle10
    5th May 2015
    That's a really big black hole.