The Speed of Light
The Speed of Light
Frederick David Tombe
in The General Science Journal, 2014
Abstract:
The aether (or electricity) is a fluid-like substance that is the stuff of all matter and space, and it flows constantly between positive and negative particles, with particles being merely aether sources and aether sinks. Space is densely packed with aether sinks (electrons) and
aether sources (positrons). These electrons and positrons are paired into tiny dipoles. Within each dipole, the electron and the positron will undergo a mutual circular orbit. In the steady state, these tiny dipolar aether vortices will align with their neighbours according to two superimposed principles. Their rotation axes will mutually align and trace out solenoidal lines around a magnetic dipole. The resulting electron-positron double helix that winds its way around each such line is what causes the electrostatic tension that makes it into a ‘magnetic line of force‘. When large scale aether flow, constituting either an externally applied gravitational field or an electric current (electric field), is superimposed, the tiny vortices will become linearly polarized. This will result in a ‘couple force‘ acting on the tiny vortices which will cause them to precess such that their precessional axes will be aligned with the externally applied field lines. Centrifugal pressure therefore acts at right angles to both magnetic and electric lines of force. In the dynamic state the alignment of the dipoles is undergoing change and the tiny dipoles will be angularly accelerating, either in magnitude or direction (precession). This realignment will be accompanied by a net vortex flow of pressurized aether that passes between neighbouring dipoles. This net flow of momentum is electromagnetic radiation and it has a wave-like nature, in that the flow will constantly be emerging from positrons and sinking into electrons. The average speed of this flow is what determines the speed of light.
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Siehe auch vom Autor in diesem Blog:
The Significance of Maxwell’s Equations
.
- 21. Juni 2013
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