The Electro-Magnetic Radiation Pressure (EMRP) Gravity Theory
| Scientific Paper | |
|---|---|
| Title | The Electro-Magnetic Radiation Pressure (EMRP) Gravity Theory |
| Author(s) | Xavier Borg |
| Keywords | Pushing Gravity |
| Published | 2006 |
| Journal | None |
Abstract
This paper aims at providing a satisfying theory for the yet unknown mechanism for gravity. It is well known that the law of gravitation was mathematically described as a field theory by Einstein's general theory of relativity as early as 1916, however, although I have no doubt that its mathematics is correct, GR offers absolutely no mechanism to describe why gravity works the way it does. It is hereby proposed that extremely high frequency, electromagnetic waves sourced by diffuse unpolarized cosmic waves in the upper gamma frequency spectrum, sometimes also referred to as zero point energy pervades all space. Radiation pressure imbalance of such highly penetrating extragalactic incoming radiation, acting through all matter is held responsible for pushing matter together.
The idea that gravity is a push from the outside, was first proposed by Nicolas Fatio de Duillier, a close friend of Newton, and dates back to 1690. He proposed the fundamentals of a simple particle theory of gravity. However, we know about Fatio's work, mainly from references to it within Georges-Louis Le Sage's work in 1724, which is well known for advancing the same theory to the public. Le Sage's ultramundane particles (a sea of highly penetrating tiny particles coming from beyond the earth) provided a physical connection that pushes masses together. Le Sage is also described as a push gravity theory and is generally discredited because of its inelastic interactions, which would tend to heat up and slow down the body. This would cause planetary orbits to decay and the planets themselves to heat up and increase in mass. To avoid these problems, Newton, and later Maxwell, assumed that bodies must produce a stress in the aether about them of such nature as to account for gravitation, but they were unable to imagine any physical cause for the stress. Others have also suggested ultra low frequencies to replace LeSage's particles to describe the same effect. The push gravity hypothesis offers great simplicity and physical clarity, and many researchers felt that the main idea is in the right direction. It gave rise to numerous published works, amongst which we have those of Lorentz, H.Poincare, F.Brush, Secchi, Leray, V.Thomson, Schramm, Tait, Isenkrahe, Preston, Jarolimek, Waachy, Rynsanek, Darwin, Majorana, J.K.Harms, Sulaiman. During one of his lectures, Richard Feynman also showed his interest in such theories because they provide a mechanism for gravity that eliminates the magical action at a distance problem with today's definition of the attraction of masses. It seems that due to recent interest and acceptance of zero point fields, the push gravity theory may be on its rise again. Present researchers include J.Kierein, H.Arp, J.Evans, Frans van Luteren, E.J.Aiton, V.V.Radzievski and I.I.Kagalnikova, S.V.Byers, Tom Van Flandern, V.Slabinski, M.R.Edwards, T.Jaakkola, K.E.Veselov, B.Mingst, P.Stowe, P.Adamut, Roberto de Andrade Martins, G.T.Gillies, C.S.Unnikrishnan, H.H.v.Borzeszkowski, H.J. Treder, M.Kokus, V.Buonomano, G.D.Hathaway and of course myself Ing.X.Borg.
The EMRP theory proposed here, is explained in terms of electromagnetic waves, however it is well known that EM waves show both wave and particle behaviour, and the EMRP theory can be easily translated in terms of extremely energetic photons if one wishes to, and thus become an elaborated version of Le Sage's theory. Most importantly, the push gravity concept has been retained as it applies equally well to both particles and Poynting vector qualities. Many good ideas come from the past work of many other researchers, which unfortunately have not been able to complete a satisfactory theory during their life time, though some of them came quite close. For this reason, I like to quote Newton's own statement in one of his letters to Robert Hooke: If I have seen further it is by standing on ye shoulders of Giants. Said that, I have also to say that seeing further is one thing, but kicking off an established paradigm is far from what one can expect to achieve in a single lifetime.
