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Light Reflections: "One way to see such effects would be to examine the propagation of light. Imagine bouncing a beam of light off the surface of Alpha Centauri, the nearest star."
Would not it be better to imagine throwing a number of balls at a rubber wall, and having them rebound all at once? the wall holding on to the individual balls as the rubber stretches, until it slingshots them all at once?
The light arriving at AC would be absorbed into atomic structure, the structure throws photons back out to source (as long as source is linear?)..for a certain instance, the Electron configuration of structure must alter and adjust to accomodate arriving Photons. Not all Photons will return to source, some Photons at detector would be local "noise/impurities" ?
Photons spend a vast amount of their existence isolated from interactions, think of all the light from all the galaxies in the Universe, photons in transit between galaxies travel for eons, until the interact with matter/atoms, which happen to be located within galaxies. Thus no matter how accurate our lasers to bounce light of objects, those objects will absorb and interact with any available photons sent from other galactic locations?
Just go outside and look into the night sky, the billions of Stars flickering are sending photons into your eyes, just how do you determing which photons originated from where?..its like redusing your size down to a quark, looking upwards and outwards to the Electron shroud, as far as you are concerned there is but a single Electron,and it contains you and the Quarks, you have to conclude your existence is bound and constrained inside the Electron!
A specific type of "tagged" photon is needed, the "DNA" in this context would have to recognise photons as individuals,and must be expressed un-entangled and unique?
Very interesting, best p.v