Recent content by talanum1

If an electron records it's spin quantum number = 1/2 inside it, where does the spin direction get recorded? And how does it get recorded: relative to what? It must get recorded when the electron spin is observed.

Rather: since energy is quantized.

It emits in many directions, but not infinitely many since nuclei have finite (not infinitesimal) size and they have a mean distance from each other. Also not since there is the Planck length and an electromagnetic wave can't have smaller wavelength. Since photon wave packages has finite size...

No.

A computation happens: the current electron energy level's energy minus the energy of the destination energy level. Thus there must be a computer.

No but I have a hard time coupling a photon being copied and deleted to a wave!

Come on: it has nothing to do with memory: a virtual particle pair can popup anywhere at random.

I don't know how many frequencies there are, only that there isn't infinitely many. The colors only look like they merge continuously from one color to another but they don't at large enough resolution.

Not spin, movement: copying and deletion. Both.

By definition of "movement".

No, space isn't made of a conglomerate of reference frames and is not defined like that. Yes: p = p_xe_x+p_ye_y+p_ze_z

Yes.

No. I can't explain it.

Look: the sun and moon shines through more atmosphere at sunset and sunup, then more yellow light gets absorbed leaving more red light in the image.

Spacetime don't need to absorb and emit: I postulate that spacetime can copy a particle onto a new position in space and erase the old copy instantaneously. Come on: think of a spot on the screen that is set into motion. Come on: the definition of isotropy is: "looking the same across...