3 ms·
Thats actually the principle behind doubly special relativity and the Feynman checkerboard. If all fundamental particles move at C, then movement at less than
by goldenkey 8y ago
Thats actually the principle behind doubly special relativity and the Feynman checkerboard.
If all fundamental particles move at C, then movement at less than C for a "macroscopic object" would have to be facilitated by internal bouncing.
You can actually get special relativity from a couple principles:
1) All fundamental particles move at C. C usually equals 1 cell per tick.
2) Energy = amount of change per unit time. Change defined as particle movement or particle interaction.
3) Complimentarity - A particle cannot interact and move at the same time.
4) Mass = amount of internal bouncing
5) Speed of an object = (internal change due to energy / total change due to energy)
Heres a CA I made based off of these concepts: https://github.com/churchofthought/ScatterLife/blob/master/README.md https://github.com/churchofthought/ScatterLife/blob/master/R...