A Quantum Physics Experiment

A Quantum Physics Experiment A Tract Book Essay By Anthony J. Fejfar, J.D., Esq., Coif © Copyright 2006 by Anthony J. Fejfar

In Quantum Physics the Double Slit Experiment is constructed and operated in such a way that it proves that there is a diffusion pattern of light which is produced non-locally-at-a-distance which defies normal Newtonian scienftific expectations.

Previously, I have argued that the only real

subatomic particle is the quantum particle, and that the quantum particle can change valence and form depending upon the meaning injected into the experiment. In other words, meaning affects reality. I argue that it is possible that quantum particles can be “trained” by meaning in such a way as to produce statistically significant results. In other words, I argue that the form or valence of a quantum particle can change depending upon the meaning found in the experimental situation. In order to prove this scientifically I argue that a revised double slit experiment can be conducted which will prove my hypothesis. I simply assert that if the slit used in the double slit experiment is gradually narrowed, that there

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will still be an unexpected result of light diffusion on the screen found past the double slit board. I argue that if quantum particles are trained appropriately that the double slit themselves could be gradually closed and that there would still be a light diffusion pattern found on the screen nonlocally-at-a-distance. My argument is that if such a result is not found at first, it is simply because the quantum particles have not been properly trained by meaning. I invite those who have access to the double slit experiment equipment to try my experiment. The experimenter should use active visualization and computer modeling to show the expected non-local result in advance. Finally, I would ask the experimenter to test the display board showing the light diffusion pattern in order to see if atomic or molecular change has taken place, not just subatomic change.

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