Ciro Santilli @cirosantilli 40

Boring!

This is especially interesting for user mode emulation.

Derived from classical first principles, matches Planck's law for low frequencies, but diverges at higher frequencies.

This is the easiest one to do iteratively:

This operator case is surprisingly not necessarily mathematically trivial to describe formally because you often end up getting into the Dirac delta functions/continuous spectrum: as mentioned at: mathematical formulation of quantum mechanics

Examples under python/typing_cheat.

A quantum version of the LC circuit!

TODO are there experiments, or just theoretical?

As mentioned at: physics.stackexchange.com/questions/212726/a-quantum-particle-moving-from-a-to-b-will-take-every-possible-path-from-a-to-b/212790#212790, classical Gravity waves for example also "take all possible paths". This is just what waves look like they are doing.

Model B V 1.2.

SoC: BCM2837

Serial from cat /proc/cpuinfo: 00000000c77ddb77

LK-99: