Light sensitive substances?

  • COMPONENT
    17th Jun 2017 Member 0 Permalink

    Hello, greetings, etc.

    I'm looking for photo (PHOT) sensitive elements in TPT.  By photo sensitive, I mean it must be changed in one way or another when exposed to PHOT, and not the heat from them.  Any help is-- well, helpful.

    -E

  • G-LinuxorU
    17th Jun 2017 Member 0 Permalink

    A: Dtec, ctype(Phot) + conductor = sprk(conductor)
    B: Pscn+Nscn= Solar panel. (Phot) + (Pscn&Nscn) = sprk(conductor)

    Method B absorb's the PHOT. Method A detect's the presense of a PHOT.
    In both cases, a PHOT moving too fast can fly through/past the detector.

  • COMPONENT
    17th Jun 2017 Member 0 Permalink

    That wasn't what I was going for, but thank you.  I was looking for a substance like ISOZ which is affected by PHOT, and doesn't just produce a spark when it is in contact with phot.

  • deleted
    17th Jun 2017 Member 0 Permalink
    clne() + phot = clne(phot)
    bcln() + phot = bcln(phot)
  • docRoboRobert
    17th Jun 2017 Member 0 Permalink

    Glow will generate more photons if some of them get inside it. You need to have large amount of GLOW to keep the reaction or build walls around it.

  • minecraft-physics
    17th Jun 2017 Member 0 Permalink
    BIZS+LCRY:
    a thin film of bizs to convert the photons to ELEC, and some LCRY film?
  • coryman
    17th Jun 2017 Member 0 Permalink

    An interesting one, requires a 3+ elements though:
    1. Pass the PHOT through about 2 layers of INVS, to turn it to NEUT
    2. Have the neut pass through a large amount of glass, which generates more PHOT
    3. Have a seal around it, made of something like FILT, to keep the photons out and the neutrons in
    I found out about this a couple years back, Idk if anyone else had, but basically if you design it right you can make a really cool-looking device that generates infinite photons and neutrons with a nice blue glow (unless pressure gets too high and the glass breaks).


    Edited once by coryman. Last: 17th Jun 2017