Let us look at AuT's version of the wave-photon feature.
You have waves (which can be picked up by the receiver) and actual photons.
There is a fairly simple solution suggested for the
double slit test anomality where observation changes the result from wave to
particle.
The drawing below shows this, where the receiver, being
only able to read the wave forms, actually strips the wave from the
wave-particle duality that is ct3-ct4 compression sufficiently to destroy the
compression.
This aspect should be fairly easy to test by controlling
the detector. However, it masks a more
complicated mechanism.
The photon is not compressed, the wave is. The wave is made of compressed photons and the matrix of compressed and uncomrpessed photons is dynamic, transitioning by substitution.So what is happening at the receiver (represented by the eye below)? The wave, compressed forms are being stripped by the receiver. This stripping may occur before or after the split, either way it strips off the wave forms, creating an imbalance in the information available for substitution and the net compression is reduced sufficiently to remove sufficient density from the particles so they are not sufficiently dense relative to the ct1 and ct2 states around them to compress to waves.
Now the results are not such that this is certainly the case, but it is the easiest solution, even though the more complex solution in the prior posts is the background for this simple solution.
And if that doesn't get you to buy the books, then you clearly are not a physcist.
For a more
in depth look at how dimension, time and force are created please see the author's Amazon page at: https://www.amazon.com/author/frzmn.
No comments:
Post a Comment