Quantum Physics

    

On a Fundamental Relationship Between Newton’s Laws, Relativity and Quantum Theory

Authors: Friedrich-Karl Boese

The motion of particles in the Newton/Mach universe is studied, especially their interaction with its collective properties, namely the universal existence and propagation of waves. It turns out that the motion of individual masses or local mass distributions is not only described correctly in relativistic terms on this basis, but that there is also a fundamental connection to quantum theory. A quantitative relationship between Planck's constant and fundamental parameters of the universe is derived. It does not appear to be a natural constant. The quantum property of nature seems to follow from Newton's laws, or at least correspond to them in a deeper way than previously known. Gravity and the quantum character of nature appear to be fundamentally linked within the Newton/Mach theory.

Comments: 18 Pages.

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Submission history

[v1] 2022-06-29 11:54:43

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