Comments by "Charles Brightman" (@charlesbrightman4237) on "Down The Rabbit Hole Of The Delayed Choice Quantum Eraser | Answers With Joe" video.
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Possibly a better explanation to the dual slit experiment:
It is only an idea on my part but it goes something like this:
1. Charged particles have their associated magnetic fields with them.
2. Protons and electrons are charged particles and have their associated magnetic fields with them.
3. Photons also have both an electrical and magnetic components to them.
4. Whenever a proton, electron, or photon is shot out of a gun, it's respective magnetic field interacts with the magnetic fields of the electrons in the atoms and molecules of the gun itself, the medium the projectile is traveling through (ie: air), and/or from around the slits themselves.
5. Via QED (quantum electrodynamics), newly generated photons might occur.
6. The projectile goes on it's own way and the newly generated photons go on their own way. It gives the illusion of a wave particle duality, but it is not that way in actual reality.
7. Specifically in the case of protons or electrons, the newly generated EM wave travels faster than the particles. The new EM waves go through both slits and sets up "hills and valleys" of field energy. When the proton or electron goes through one of the slits, it then follows whatever "valley" it enters thereby over time, even shooting only one proton or one electron at a time, the interference pattern will still emerge.
8. As far as detectors are concerned, they probably have an energy field that is one way when on and a different way when off. The interaction of this energy field (or the lack thereof) with whatever is passing through it, gives the indication that is observed.
Now, for those who hold fast to reality being probability waves that are condensed down by an observer into one single physical reality, then:
a. What exactly are these probability waves made up of?
b. Where exactly are these probability waves stored at until they are observed?
c. How exactly does an observer in physical reality actually observe these probability waves and condense them down into one single physical reality?
d. Who and/or what observed the first observer?
e. What exactly happens when two or more observers observe different probability waves? Which one takes precedent in physical reality?
For me, while this observer condensing probability waves down into one single physical reality might work well on paper, it does not appear to reflect actual reality.
Now, utilizing the scientific principal of Occam's razor, which way is more probably correct? My way by utilizing known scientific principals, or that is as discerned on paper as stated above is how reality actually is?
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