Something I found out by COMPONENT

COMPONENT

35 / 12

16th Jun 2017

16th Jun 2017

I found this out after trying to make a 2D flying spot scanner for a SSTV.

notbug sprkdsntusefull photoelectic

Comments

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  FATALITY 17th Jun 2017
  cool +1
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  Fusionftw 17th Jun 2017
  well, something would be placed in front of the emitter, and the photons would go through your spark filter, then hitting a screen (something like phosphors) to create an image. you might need two emitters perpendicular to each other.
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  hampsterdance122 16th Jun 2017
  theres void everytwere -_-
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  COMPONENT 16th Jun 2017
  You can also see that it's the SPRK that absorb the PHOT because it is all reflected when you remove the BTRY at the beginning of the conducter.
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  COMPONENT 16th Jun 2017
  I didn't care about the PHOT that passed through, I was talking about the reflection and how SPRK changes it.
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  COMPONENT 16th Jun 2017
  If any of your theories involve the diagonal photons, that's wrong because it works any way.
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  edik21 16th Jun 2017
  why it has invisble voids
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  JusticeFighter 16th Jun 2017
  Actually correct explanation: The photons move two and a bit squares diagonally. This means that they have to make a jump of three squares sometimes, and because the photons are all synced up you can see this as the one square wide gaps in the beam. When they hit the tungsten line, half of them jump over it and continue on on the other side.
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  JusticeFighter 16th Jun 2017
  A quarter hits the tungsten and is reflected off to the bottom right, and a quarter hits the sparks and is absorbed. The pattern exactly follows the sparks. Some of the photons are right on that three-square jump gap, so they are either all reflected or absorbed, creating the thick part of the reflected beam and the long gap in the beam behind the tungsten line.
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  zqasd 16th Jun 2017
  there is reaction