View source for Quantum Riddles Part I: Charge, a Case for Causality

{{Infobox paper
| title = Quantum Riddles Part I: Charge, a Case for Causality
| author = [[Constance Perry Phillips]], [[J Michael Robinson]]
| keywords = causality, Charge, Quantum Theory, magnetic field, particle
| published = 2004
| journal = [[Galilean Electrodynamics]]
| volume = 15
| number = 5
| pages = 103-111
}}

==Abstract==

To re-establish the universality of electromagnetism and provide a quantized description of charge and magnetic field energies, a ''wave-particle'' model is proposed for fermions. Like magnetism, charge is a generated field energy, not an inherent property of the particle substance. It is formed as spherical wave energy fields within a fermion. The negative and positive directional features of this energy are produced by a 1:2 intrinsic rotation of a disc-like particle substructure about two orthogonal axes. Fluid-like character of the disc provides the asymmetry required for fermionic spin. The intrinsic wave and particle substructures within a fermion provide the two quantum-statistical behaviors that occur within an atom, solving several quantum riddles.

[[Category:Scientific Paper|quantum riddles charge case causality]]

[[Category:Structure|quantum riddles charge case causality]]

[[Category:Quantum Theory]]