samrrr
samrrr
427 / 19
26th Apr 2013
14th Feb 2014
No Description provided.
innovation phot glitchy radio light filterandctype inovationiskey electronics electronic samrrr

Comments

  • tery215
    tery215
    28th Apr 2013
    I want the photons to go faster.
  • Kikinicij
    Kikinicij
    28th Apr 2013
    OMG OMG OMG THIS IS THE COOLEST THING I'VE EVER SEEN ON FP EVER!!!!! OMG OMG!!!! HOLY... WOW! COOL!!! EPICLY LEGENDARY!!! Now if I could learn how to turn it on....
  • cmcgee1213
    cmcgee1213
    28th Apr 2013
    also why is it whenever someone is incorrect about somthing having to do with science or anything physics and history it turns into 2 or 3 people correcting them and turning the comments into science book
  • cmcgee1213
    cmcgee1213
    28th Apr 2013
    and a precise photon ejector means it wont be able to signal more then one station unless you made multiple photon shooters THIS IS MADDNEESSSS
  • cmcgee1213
    cmcgee1213
    28th Apr 2013
    not true in small amounts the photons wont enough heat to burn wood or C4 but the closer the emitter is the more likely it can happen maybe if the emitter didnt emit soooo much photons but then it REALLY limits the chance the photons will hit the receptors
  • randomness5555
    randomness5555
    27th Apr 2013
    Good, but blasting photons everywhere will tend to set fire to things, not to mention dropping the FPS. Good work though, the concept is solid
  • JusticeFighter
    JusticeFighter
    27th Apr 2013
    @sentinal-5 & samrrr:: The Photons pass by a temperature sensor line, that sets the channel. How about neutrons being "SOS" signal?
  • JusticeFighter
    JusticeFighter
    27th Apr 2013
    @meatloaf: Radiowaves and Lightwaves (and microwaves, gammawaves,...) are just different frequencies, so for example long waves are radio waves and short ones are light waves.
  • meatloaf
    meatloaf
    27th Apr 2013
    @Oscar: Radio waves are light.
  • OscarSaysHi
    OscarSaysHi
    27th Apr 2013
    If scientists were able to invent this, it would be so quick, because light is so fast. Awesome.