SOL by 007LLAMA1

007LLAMA1

4 / 2

6th Jun 2019

29th Aug 2019

Each notch represents a particle observed in that spot when paused. As you can see, they come in discreet values. This is because of subframe skipping.

Comments

• 

  007LLAMA1 29th Aug 2019
  New save is 2457187
• 

  007LLAMA1 29th Aug 2019
  I now update this on "Discreet Values (Project SOL)
• 

  007LLAMA1 29th Aug 2019
  I've tried something like that Wrhub, but I think any other timed thing going on changes the results. I'm thinking of doing another one for electrons though to see if there is a difference between particle types.
• 

  Wrhub 12th Jun 2019
  You could use stasis wall and a delay, to have precise "pause" intervals
• 

  007LLAMA1 7th Jun 2019
  Well we know that the further down the tube it goes, the faster it is going, but the faster a photon goes, the more pixels it skips. It would normaly skip past the end of the tube, but if it were to also skip some frames, it could appear there.
• 

  Nunnhem 7th Jun 2019
  ???? i understand the save but particle going the speed of light? the explanation you gave for that makes no sense.
• 

  007LLAMA1 7th Jun 2019
  Also I think the most interesting thing I learned from this is that relatvistic particles can only be measured in discreet values. I'll try to fill in more data.
• 

  007LLAMA1 7th Jun 2019
  Yes, it's partly a probability predictor, but also an attempt to find a particle going the speed of light, not the already achieved one, but one that I theorized, with an extremely unlikely glitch and a few pixel skips, a photon can be measured in the very last pixel of the accelerator. This would be a particle going the speed of light.
• 

  noobifiod 6th Jun 2019
  This is actually pretty good +1 some kind of probability predictor?
• 

  Jimjim 6th Jun 2019
  I meant sol.