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Superluminality and Entanglement in an Electromagnetic Quantum-Relativistic Theory
Maths and Physics Department, Statal European International School “Altiero Spinelli”, Torino, Italy
Space Science Department, Odisseo-Space, Milano, Italy
- 1 Maths and Physics Department, Statal European International School “Altiero Spinelli”, Torino, Italy
- 2 Space Science Department, Odisseo-Space, Milano, Italy
Journal of Modern Physics·Volume 09 (2018)·Pages 2206–2222·Published 29 September 2018·DOI10.4236/jmp.2018.912139
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Abstract
An electromagnetic theory that links quantum and relativistic phenomena in a single context is built. Wave-particle duality is the experimental proof of their common origin. In this context, Quantum Mechanics and Special Relativity are two compatible synergistic theories. The developed theory shows the existence of superluminal effects that suggest an explanation to the entanglement between pairs of particles and photons.
KeywordsElectromagnetic InteractionsElectrodynamicsDipolesQuantum-Relativistic EffectsPhotons ExchangeQuantaSuperluminalityEntanglements
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