- #1
Jimster41
- 783
- 82
Just some crazy talk...
...but I am curious if there may be testable expectations, at the end of the day, for quantization/discretization of classical entropies. If space-time geometry is made up of discrete spin foam, and 4d spacetime emerges from it's evolution, a fitness function based on distributable [itex]\lambda[/itex] (or something like it), could be the source of microscopic path-entropy-differences. And if entropy scales up from this mechanism in a discretely scale-invariant way (say with powers of [itex]i[/itex]) - that might explain why entropy builds such weird repetitive s_____.
...but I am curious if there may be testable expectations, at the end of the day, for quantization/discretization of classical entropies. If space-time geometry is made up of discrete spin foam, and 4d spacetime emerges from it's evolution, a fitness function based on distributable [itex]\lambda[/itex] (or something like it), could be the source of microscopic path-entropy-differences. And if entropy scales up from this mechanism in a discretely scale-invariant way (say with powers of [itex]i[/itex]) - that might explain why entropy builds such weird repetitive s_____.