Wave Equation in a Reactive Medium and the Origins of Inertia
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Date
2017
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Abstract
We herein derive an equation for a wave travelling in a reactive medium, that is to say, a medium
which interferes with the travelling wave. The purpose of this derivation is to try and obtain new
insights into the origins of the mass term appearing in the quantum mechanical Klein (1926) and
Gordon (1926) equation. From the derived equation, it very strongly appears that one can safely
entertain the idea that inertia may very will be a result of the interaction of space with the traversing
quantum mechanical wave packet – the particle. Insofar as the generation of mass via the interaction
with some all-pervading and all-permeating cosmic field, this idea of a reactive medium fits handin-
glove with the Higgs mechanism which postulates a Higgs field which must fill all space and via
the interaction of this Higgs field with matter, the inertia properties of matter are derived
Description
journal article
Keywords
space, absolute, aether, dark energy, darkmatter – motion, relative, quantum mechanics, Klein-Gordon equation
Citation
Nyambuya, G.G. Musosi,G. and Dube, A. 2017. Wave Equation in a Reactive Medium and the Origins of Inertia