funky3000
funky3000
99 / 7
7th Aug 2018
11th Aug 2018
Was playing around with the idea of splitting hydrogen via protons, but on a small scale. Basically I wanted to find a way of producing and containing hydrogen in a way that *always* allowed the electron to be released
science realistic press3 split quantum slit experiment future blackmesa

Comments

  • JaystrikeX
    JaystrikeX
    9th Aug 2018
    I forgot to give this '+1' +1
  • JaystrikeX
    JaystrikeX
    9th Aug 2018
    @Dead9plus10Memer: Its on fp because TPT is a physics game, physics is a science. This is science (also smth I never knew you can do in this game)
  • DUC
    DUC
    9th Aug 2018
    OK thx!
  • csavas
    csavas
    9th Aug 2018
    @DUC, Simulation.cpp line 2543.
  • DUC
    DUC
    9th Aug 2018
    @LBPHacker BTW What part of the source code did you read? I couldn't find the even tmp part. But anyways, I think that's because HYGN makes PHOT when it undergoes fusion, and it sets the tmp to 1 so that it won't react. (HYGN.cpp, line 116)
  • LBPHacker
    LBPHacker
    9th Aug 2018
    > "never know for sure until you test stuff!" - Mine is probably not a popular opinion but in fact you never know for sure until you read TPT's source! :P Having done so I now know that PHOT indeed splits HYGN to ELEC and PROT regardless of random chance, *if* the tmp of the PHOT is an even number. No idea what the use for that is though.
  • ThePizzaEater1000
    ThePizzaEater1000
    9th Aug 2018
    There should be a small chance for a neutron to come out as well, maybe like 1% or something?
  • DUC
    DUC
    8th Aug 2018
    @funky3000 That's right. PROT coming from a split has a tmp2 of 1, unlike normal PROT, which prevents it from combining.
  • funky3000
    funky3000
    8th Aug 2018
    Particles from split hydrogen don't recombine, I remember that was a feature. Not sure why, maybe because they spawn close enough to just reform again
  • coryman
    coryman
    8th Aug 2018
    Question- PROT and NEUT normally combine to make HYGN, but it seems to me the particles produced here can't recombine. Can someone test this further?