The Powder Toy

Schrodinger's bomb by flubber5

flubber5
flubber5
136 / 5
1st Sep 2019
1st Sep 2019
Bombs detonate after an unknown amount of time.
bomb random randomizer radioactivedecay unknown howdidyoumake thanos

Comments

  • Aleneration
    Aleneration     1st Sep 2019
    Exactly like how radioactive atoms do.
  • Cloverload
    Cloverload     1st Sep 2019
    Pretty good visual representation of radioactive decay
  • JohnSmith13345
    JohnSmith13345     1st Sep 2019
    Nice, but I am *not* finding the half-life
  • PowderyNerd
    PowderyNerd     1st Sep 2019
    Somebody needs to use this beautiful thing to make a machine that procedurally generates a city or a landscape
  • camtech56
    camtech56     1st Sep 2019
    @TakMashido These ways of obscuring my ability to see the state of the bombs doesn't work. The simulation itself observes the state of the bomb, which means that these things are not quantized.
  • Kicius5
    Kicius5     1st Sep 2019
    Top row 14th bomb was the last one standing
  • TakMashido
    TakMashido     1st Sep 2019
    @camtech56 just turn off monitor/go for a tea and you will not be able to observe them.
  • camtech56
    camtech56     1st Sep 2019
    This isn't the same quantum concept that was demonstrated in the Schrodinger's Cat thought experiment. The bombs are not in what's called a "superposition" of not being exploded and being exploded. Since we can observe the bombs, then they can only have one state, and thus cannot be in a superposition of two states. Though, exponential decay without the use of radioactive elements is neat. +1.
  • RussianCosmonaut
    RussianCosmonaut     1st Sep 2019
    interesting +1
  • NPC2
    NPC2     1st Sep 2019
    Correction. The water vapour must touch liquid rubidium, which is present.