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Statistical Independence in Quantum Mechanics


Affiliations
1 Casting Analysis Corp., 8379 Ursa Lane, Weyers Cave, Virginia 24486, United States
2 Freeport-McMoRan, Phoenix, AZ 85050, United States
 

Algebraic mistakes of using a non-relativistic functions betrayed Dirac’s elegant derivation of the relativistic equation of quantum mechanics and exposed a short coming of special relativity. It was a serious mistake because that famous paper became a model for theorist to follow who produced an unending stream of nonsense. The mistake was compounded because it hid the fact that special relativity was still incomplete. Multiple independent spaces are required to generate both dynamics as well as produce particle properties. The concept of statistical independence of spaces that encapsulated quantum objects, fields and particles, was necessary for physics to have a relativistic basis for both massive particles and massless fields. The example that will be developed is the origin of the solar neutrino survival data that requires the electron neutrino to be massless as originally proposed by Pauli. The analysis renders a proof of the original quantum conjecture by Planck and Einstein that radiation is quantized and how inertia for massive particles is generated.

Keywords

Quantum Mechanics, Relativity, Neutrinos.
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  • Statistical Independence in Quantum Mechanics

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Authors

John P. Wallace
Casting Analysis Corp., 8379 Ursa Lane, Weyers Cave, Virginia 24486, United States
Michael J. Wallace
Freeport-McMoRan, Phoenix, AZ 85050, United States

Abstract


Algebraic mistakes of using a non-relativistic functions betrayed Dirac’s elegant derivation of the relativistic equation of quantum mechanics and exposed a short coming of special relativity. It was a serious mistake because that famous paper became a model for theorist to follow who produced an unending stream of nonsense. The mistake was compounded because it hid the fact that special relativity was still incomplete. Multiple independent spaces are required to generate both dynamics as well as produce particle properties. The concept of statistical independence of spaces that encapsulated quantum objects, fields and particles, was necessary for physics to have a relativistic basis for both massive particles and massless fields. The example that will be developed is the origin of the solar neutrino survival data that requires the electron neutrino to be massless as originally proposed by Pauli. The analysis renders a proof of the original quantum conjecture by Planck and Einstein that radiation is quantized and how inertia for massive particles is generated.

Keywords


Quantum Mechanics, Relativity, Neutrinos.

References