Electrodynamics Gravitation - Brunner, Robert G.
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This book addresses a wide range of questions relating to Coulomb's force and Newton's law of gravitation. Field forces, inertia, and gravity are the focus of the discussion. It is shown that such material phenomena have a common atomic origin and that, based on electrodynamics, i.e., the kinetic energy of electrons, a unified interpretation of field force and gravity is therefore possible. An "alternative law of gravitation" therefore enables the calculation of the gravitational constant from known parameters of the hydrogen atom and its process data. The permanence of the speed of light, the…mehr

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Produktbeschreibung
This book addresses a wide range of questions relating to Coulomb's force and Newton's law of gravitation. Field forces, inertia, and gravity are the focus of the discussion. It is shown that such material phenomena have a common atomic origin and that, based on electrodynamics, i.e., the kinetic energy of electrons, a unified interpretation of field force and gravity is therefore possible. An "alternative law of gravitation" therefore enables the calculation of the gravitational constant from known parameters of the hydrogen atom and its process data. The permanence of the speed of light, the mass loss in the International Prototype Kilogram, magnetism, and much more become more understandable. A different, new, classical view of the gravitational and electrical mechanisms is presented.
Autorenporträt
Robert G. Brunner born in 1944, he studied engineering, specializing in mechanical engineering, in Mannheim. He has served as a board member and managing director for national and international industrial companies. He was also appointed to the board of the VDMA (Industrial Valves) and as Vice President of a joint venture in China, chaired the VDMA Economic Committee, and served as an advisory board member and expert. He is particularly interested in fundamental questions and origins within the triangular relationship between physics, technology, and biology. Time and again, he has encountered incomprehensible representations, especially of physical processes, and their attempts to explain them. His overarching goal was and remains, without discarding the familiar and proven, to be able to answer open questions in these scientific disciplines across disciplines and to identify any commonalities that may exist. Today, Robert Brunner lives in Kirchheim an der Weinstraße, Germany, is a member of the Rhineland-Palatinate Chamber of Engineers and the DPG, was mayor of his hometown from 2009 to 2019, and works as a consulting engineer.