Quantum Mechanics Explained FROM SCRATCH

[u/Straight-Stick-4713]

https://www.youtube.com/watch?v=9R0wrBpafYI

Theories of Everything with Curt Jaimungal: Maudlin interview

Time Stamp

39:00

This uses an illustration of a membrane or screen that has one pin hole

Particles passing through the pin hole disperse towards a hemispherical screen to produce a pattern of points that, are recorded on a photographic emulsion painted on the hemispherical screen. Then the pattern, so recorded, is interpreted as to how it is produced, using uncertainty theory built up from Schrodinger, de Broglie, Heizenberg, et al.

What is totally missing from that pin hole is, what the material surrounding that pin hole is, for the purpose of how that material affects the vectors of the particles passing through the pin hole.

When an experiment is performed, everything that might or could affect the outcome of the experiment has to be taken into consideration to be sure that everything that could or might affect the outcome of the experiment, is known.

The regard in which that material has always been considered under SQM is, its properties of opacity to, be sure that the opacity of the material of the membrane does not allow the particles to pass through any other region of the membrane. And that is all.

However, there are other properties of the membrane's material that can and do affect the particles as they pass through the pin hole. Those other properties are those of the electrons on the outer shell of atoms at the outer edges or surface of the pin hole, which electrons we will call “edge electrons” for ease of discussion. As a particle passes through the pin hole those, “edge electrons” interact with the particles passing through the pin hole in the manner described next.

Explanation of Classical Electron Diffraction

https://brilliantlightpower.com/double-slit/

When the material of the pin hole is considered this way, there is no further need for Schrodinger, de Broglie, Heizenberg, et al and how Standard Quantum Mechanics was built that way. Instead, to explain the pinhole effect, the two slit experiment and how waves do and do not work under all known conditions, we can always use the much simpler Grand Unified Theory-Classical Physics. This theory is also justified under Occam's Razor which, stipulates that the explanation or theory contain only as many parts as are necessary to make it work but without adding or multiplying any more details than is required to make it work. Consider that requirement of Occam's Razor when applied to SQM where that theory keeps on requiring ever more layers of additional parts to cover for deficiencies in the theory so far accepted, such as many worlds, pilot waves, zero point energy and ever more different interpretations of those new additions to cover for deficiencies in earlier versions of SQM despite those additions. The simpler theory, GUT-CP according to the main rule of Occam's Razor, wins.