Quantum Mechanics of The Reciprocity
of Light and Gravity

By Charles William Johnson


In an earlier essay, I demonstrated through the reciprocals of the values assigned to light and gravity, that between them, there exists a direct reciprocity at the level of celestial mechanics. Further, given the fact that light travels from a central point to all directions, and inversely, gravity travels from all directions to a central point, the reciprocity of light and gravity is easily understood. This obtains by employing the doubling and halving of numbers, in viewing the fact that the reciprocal values for light and gravity are approximate multiples of one another. In this essay, I compare the previous analysis to the quantum mechanics of the atom and the emission and absorption of light.

Let us review the main points in the previous analysis regarding the reciprocal values of the speed of light and the gravitational constant. And, then let us compare these values and motions to the motions of quantum mechanics of the atom. The ideas and analysis in this essay are based obviously upon the simplication of the motions, and also depend upon the descriptions that are found in the general literature of science. The purpose of this essay is to challenge our ideas about the different levels of quantum and celestial motions, and attempt to understand how they may be related. For quantum mechanics is everywhere in celestial motion, and quantum motion is everywhere in celestial mechanics. Both levels of motion are mere forms of spacetime.


The Level of Quantum Mechanics

The previous summary of the reciprocal nature of light and gravity represents my previous analysis of this subject-matter. When I read about the quantum mechanics of the atom, it would appear that the previous level is directly related to the quatum level. It can be no other way. Celestial mechanics of planetary bodies may initially appear to be distinct from the minute level of quantum mechanics of the atom. Yet, the celestial mechanics, or celestial motion is but a distinct level of quantum mechanics, the motion of the atom and its internal workings. In a sense, celestial mechanics and quantum mechanics are one and the same spacetime event. They both involve spacetime; as they are spacetime/motion events. The kinds of motion and similarity in the numbers must be relational. For now, observe the similarity of motion in the celestial mechanics as of the quantum mechanics as described by physicists.

The emission of that wavelength of light involves moving an electron downward between the same two orbits.

When the absorption of light by an atom occurs, it is said that an electron moves upward between two orbits within the atom.



Quantum Mechanics Celestial Mechanics

The emission of that wavelength of light involves moving an electron downward between the same two orbits.

When the absorption of light by an atom occurs, it is said that an electron moves upward between two orbits within the atom.



In both cases, one may comprehend the reciprocity of the numbers as one views the reciprocity of motion.

Earth/matiX
SCIENCE IN ANCIENT ARTWORK & SCIENCE TODAY
New Orleans, Louisiana 12 October 2006
©2006-2010 Copyrighted by Charles William Johnson. All rights reserved.
Earth/matriX: Science in Ancient Artwork. ISBN 1-58616-440-6


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