Ciro Santilli @cirosantilli 40

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:

Integrations React integration:

Using green fluorescent protein as a protein tag.