Abstract
Quantum Mechanicsâ entanglement and probabilistic behaviors are viewed in the light of Quantum Field Theoryâs (QFTâs) advances made during the last century. In particular, Bohmâs version (B-EPR) of the Einstein, Podolsky, Rosen (EPR) experiment is now viewed with the aid of QFTâs modern description of electrons. In QFT, free electrons possess a bare core surrounded by a âdressingâ. The dressing consists of one or more virtual particles/fields pulled from the vacuum during the bound electronâs parturition. In QFT, a bound electronâs freedom is aided by eliminating its energy losses from bremsstrahlung. The paper develops a âShimonyâ numerical model using QFTâs free electron structure with the aid of a ârandom vector paradigmâ (RVP). The RVP simply expresses QFTâs free electron as a bare core surrounded by an EM dressing. Using this RVP, we imbue newly freed electrons with a vector-like EM spin property of 1/2. From this, the Shimony Monte Carlo computer analysis provides a detailed comparison of the B-EPR experiment as described by Bell. The entanglement property can serve to provide a way to transport shared encoded information. Overall, the electron dressing can convey random elements that may provide QM with its entanglement and probabilistic behaviors.
Highlights
The background of this research harkens back to the origins of Quantum Mechanics (QM) early in the 20th century
Quantum Mechanicsâ entanglement and probabilistic behaviors are viewed in the light of Quantum Field Theoryâs (QFTâs) advances made during the last century
In QFT, free electrons possess a bare core surrounded by a âdressingâ
Summary
The background of this research harkens back to the origins of Quantum Mechanics (QM) early in the 20th century. QMâs entanglement and probabilistic attributes arose and scientists were puzzled by its meaning and behaviors Several of the worldâs best physical theorists at the time, such as Einstein and Schrodinger, objected to this, as probabilities are usually associated with random events, requiring a source of a random element, such as the use of cards or dice. It was upon hearing of this interpretation, Einstein was reported to have declared âGod does not play dice with the Universeâ. As a result of the Copenhagen meeting, the theoretical viewpoint moved towards the current probabilistic and entanglement viewpoints with a dearth of physical understanding as to why QM exhibits these novel mannerisms
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