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Euclidean Complex Relativistic Mechanics I: The Matrix

Authors: Vossos, Spyridon; Vossos, Elias;

Euclidean Complex Relativistic Mechanics I: The Matrix

Abstract

Ευκλείδειος Μιγαδική Σχετικιστική Μηχανική Ι: Ο Πίνακας (Greek title) Relativity Theory was fundamental for the development of Quantum Physics. These parts of Physics are applied to sections, such as Chemistry, Biology, Pharmacology and Medicine. As a result, a significant change on Relativity will lead to changes on the above scientific sections. Special Relativity, as is applied until now, cancels the transitive attribute in parallelism, when three observers are related, because Lorentz Transformation is not closed. In this paper, considering Linear Space-time Transformation, we demand the maintenance of Space-time distance S2. In addition, we demand this Transformation to be closed, so there is no need for axis rotation. The solution is a matrix containing complex numbers. As a result, space becomes complex, but time remains real. Thus, the transitive attribute in parallelism, which is equivalent to the Euclidean Request, is also valid for moving observers

Keywords

article, original research paper, physics, space, time, speed, Vossos Matrix, Vossos Transformation, Quantum Physics, chemistry, biology, pharmacology, medicine, space-time distance, real time, complex space, Minkowski, invariance of space-time distance, invariant space-time distance, consciousness, medical accelerators, spin, magnetic resonance imaging (MRI), relativistic quantum chemistry

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popularity
This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
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influence
This indicator reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
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impulse
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