the_new_powder99999
the_new_powder99999
28 / 0
18th Sep 2015
6th Feb 2017
Shift+1 for description, 4 for normal view, 9 for zones and sectors. If you want to join, just make a few planets/cities etc and post them in the comments with the coordinates you want me to put them at. Don't unpause.
rping galaxy space

Comments

  • lucasvstBR
    lucasvstBR
    11th Mar 2016
    And they are !
  • lucasvstBR
    lucasvstBR
    11th Mar 2016
    they live several hours at absolute zero ( or the closest humanly possible to do)
  • lucasvstBR
    lucasvstBR
    11th Mar 2016
    tardigrades
  • Windspren
    Windspren
    11th Mar 2016
    Having an organism that can survive absolute zero is really unrealistic.
  • lucasvstBR
    lucasvstBR
    11th Mar 2016
    this way , even gas giants may have life , which then usually evolves
  • lucasvstBR
    lucasvstBR
    11th Mar 2016
    not really, cold planets are not a problem , since the possuna temperature is -40C and possunians are not affected by the cold, living between absolute zero and 40C , hot planets can be cooled by the seed , which has a computer capable of detecting soil temperature and atmosphere and to evaluate the next step , or hibernating enable organisms kept in hyper sleep
  • Windspren
    Windspren
    11th Mar 2016
    Not really, the ship makes larger organisms based off of the first ones. This method also works on more planets, because you would have to use yours on a perfect planet for that specific species, so you wouldn't be able to spread it that much.
  • lucasvstBR
    lucasvstBR
    11th Mar 2016
    our way is faster, takes hundreds of years, its mode takes billions
  • Windspren
    Windspren
    11th Mar 2016
    The UW has a project that spreads life, and we've been using it for a while. A small ship lands on a planet, analyzes its chemistry and creates life perfectly suited to the planet. It starts with microscopic organisms, and then progresses to larger life forms based on the planet's chemistry.
  • lucasvstBR
    lucasvstBR
    11th Mar 2016
    ID=1952459