Vacuum Substratum, in Electrodynamics and Quantum Mechanics - Theory and Experiment

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Scientific Paper
Title Vacuum Substratum, in Electrodynamics and Quantum Mechanics - Theory and Experiment
Author(s) Horst E Wilhelm
Keywords vacuum substratum, electrodynamics, quantum mechanics, theory and experiment, gravitational, nuclear
Published 1994
Journal None
Pages 223-231

Abstract

The substratum of the vacuum is the carrier of the elementary force interactions, such as electromagnetic (EM), gravitational, or nuclear. These basic fields occur as excitations whereas elementary particles are probably defects in the substratum. Experiments show that the substratum has physical properties e.g. a magnetic permeability [] Vs/Am, dielectric permittivity [] As/Vm, EM wave speed c = [] m/s, and EM wave resistance []. The substratum has either very small or no gravitational mass density, and consists probably of positive and negative gravitational mass particles with positive inertial mass (confirmation of negative g-masses would invalidate equivalence principle). The substratum appears to be a superfluid since (subluminal) particles move in vacuum without experiencing retarding forces.