Windspren
Windspren
30 / 4
2nd Jul 2016
29th Sep 2016
The reborn SFPI! Our goal is to develop and identify forms of pseudointelligence and life within TPT in the forms of PSTN bots, computing systems, genome emulators, brain architecture simulations, and anything else we (or TPT AIs we find :D) can think of
sfpi tpte3

Comments

  • wipyman
    wipyman
    3rd Jul 2016
    The issue is, the only ones I know of act a sort of capacitor and are all far too large.
  • Windspren
    Windspren
    3rd Jul 2016
    I've made one with a modified SPRK multiplier, but it's really bulky and I want a small variant.
  • Windspren
    Windspren
    3rd Jul 2016
    Wipyman, do you have any idea on how to make a SPRK emitter that can output a predefined number of SPRKs?
  • wipyman
    wipyman
    3rd Jul 2016
    Which is also a good reason why need it to have the ability of removing a redundant genetic adaptation, after two generations or so. Otherwise, you would end up will a cell with too many systems, that it will not be able to incorporate them all, without becoming an aberration.
  • QuanTech
    QuanTech
    3rd Jul 2016
    DURACELL, for all your cellular needs!
  • QuanTech
    QuanTech
    3rd Jul 2016
    maybe, if the evolved cells manage to become very durable, we should call them: DURACELLS!
  • QuanTech
    QuanTech
    3rd Jul 2016
    in the world that we will create for the cells, there will be a light source. that is where you would get the photons
  • Windspren
    Windspren
    3rd Jul 2016
    @Quantech it will evolve to use its surroundings, so if it detects a lot of PHOT hitting it, the next generation will grow NSCN and PSCN on its membrane to use as food. If a cell detects PLNT or YEST, the next generation will develop a PPIP "scoop" to gather and burn food.
  • Windspren
    Windspren
    3rd Jul 2016
    But how do I get 10 photons? Plus, that would take up too much space.
  • QuanTech
    QuanTech
    3rd Jul 2016
    What elements will the cell use as food?