Cosmic String Theory: Gravity and Tension

by / Tuesday, 08 May 2018 / Published in Electrical Engineering

Author: Greg Poole
Affiliations: Industrial Tests, Inc., Rocklin, CA, USA.

ABSTRACT
Planets are interconnected via magnetic field lines, which allow flux transfer events. In this paper, a thought experiment is performed whereby the Sun and planets are visualized as a violin with magnetic field lines analogous to strings of the violin. Frequency calculations for vibrating strings between the Earth and Sun compare favorably with measured satellite data for flux transfer events. Ideal Schumann Resonance was calculated using speed of light, diameter of the Earth and Earth’s gravity for tension. The force of attraction and repulsion of magnets is analogous to tension and compression resulting from tremendously low frequency (TLF) electromechanical waves. Gravity waves are thus theorized as mechanical waves brought about by the tension of electron strings, which also act dually as electromagnetic waves. Future harmonic analysis of flux transfer wave forms for each planet would add credence to the string theory as the theory of everything.

KEYWORDS
Flux Transfer Events, Gravity, Gravity Wave, String Theory, Schumann Resonance, Theory of Everything

1. Introduction

The story goes that a young Issac Newton was walking in a garden when he saw an apple fall from a tree. Physicists knew that the Earth somehow pulled objects down by the force of gravity. Newton wanted to explore this idea further. According to John Conduitt, who was married to Newton’s niece, seeing the apple fall led Newton to the idea that the gravitational force “was not limited to a certain distance from earth, but that this power must extend much further than was usually thought”. According to Conduitt’s account, Newton then asked: “Why not as high as the Moon?”

 

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