SIMPLIFICATION OF TODAY'S PHYSICS - Sarkadi, Dezsö
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My name is Dezso Sarkadi, I am a "dissident physicist" living in Hungary. In my book, I present the results of today's physics, in my own approach, in a much simpler way. In today's physics, I see a reversal of the method of physics research. In Newton's time, the observed phenomena, such as in astronomy, were born from Kepler's laws, the theory of Newtonian mechanics. Nowadays, more and more wonderful and complex theories are emerging, and based on these, the research elite is trying to adapt the experiments to these exotic theories. In nuclear physics, I trace the binding of nuclei back to…mehr

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Produktbeschreibung
My name is Dezso Sarkadi, I am a "dissident physicist" living in Hungary. In my book, I present the results of today's physics, in my own approach, in a much simpler way. In today's physics, I see a reversal of the method of physics research. In Newton's time, the observed phenomena, such as in astronomy, were born from Kepler's laws, the theory of Newtonian mechanics. Nowadays, more and more wonderful and complex theories are emerging, and based on these, the research elite is trying to adapt the experiments to these exotic theories. In nuclear physics, I trace the binding of nuclei back to the black body radiation of high-temperature stars. In my book, I deal with two important areas of physics, nuclear physics and gravity. In nuclear physics, I trace the binding of nuclei back to the black body radiation of high-temperature stars with a generalization of Planck's radiation law. In the experimental area it has been shown in Hungary that gravitation between moving bodies is orders of magnitude stronger than Newtonian gravity; moreover, not only in an attractive but also in a repulsive form, depending on the acceleration directions of the interacting masses.
Autorenporträt
I was born in Debrecen which is the second-largest city after Budapest in the capital of Hungary. I have finished my studies at the University of Debrecen with a master's degree in physics in 1972. I am interested in both theoretical and experimental physics. My working fields are relativity, atomic and nuclear physics, and gravity.