Solving the CO2 Problem Solar Energy Stored in the Gravitational Field - Kyritsis, Konstantinos
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In this book, we point out which dogmatic beliefs of modern mainstream physics contradict well-known experiments. Based on these experimental facts, we state unifying inevitable but known fluid dynamics classical deterministic equations for the fieldmatter. This unifies a new and corrected non-linear and non-Maxwell electromagnetism with a corrected non-Einsteinian gravitation and weak inertial interactions. The classical fields of Maxwell (electromagnetism) and Newton (gravitation) and formulae of Einstein's special relativity are special cases and approximations. It is also predicted that…mehr

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Produktbeschreibung
In this book, we point out which dogmatic beliefs of modern mainstream physics contradict well-known experiments. Based on these experimental facts, we state unifying inevitable but known fluid dynamics classical deterministic equations for the fieldmatter. This unifies a new and corrected non-linear and non-Maxwell electromagnetism with a corrected non-Einsteinian gravitation and weak inertial interactions. The classical fields of Maxwell (electromagnetism) and Newton (gravitation) and formulae of Einstein's special relativity are special cases and approximations. It is also predicted that solar energy is constantly stored in the gravitational field and can be extracted with methods and technology similar to this of the famous N. Tesla inventions, almost one century ago which were never really explained and understood in the context of the mainstream physics. This direction eventually will solve the CO2 problem through cheaper and always available solar energy and also will leadto new technologies of transportations.
Autorenporträt
The author of this book - Prof. Konstantinos Kyritsis, initially a mathematician, is now an associate professor of interdisciplinary research and quantitative methods at the University of Ioannina, Greece.