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International Journal of Physics and Astronomy

The Mathematical Justification of a Possible Wave Nature of the Time Flow of Kozyrev

Andrew E. Chubykalo, Augusto Espinoza

Published Jan 1, 2014• 4 citations
Publisher

Abstract

The Mathematical Justification of a Possible Wave Nature of the Time Flow of Kozyrev A. Chubykalo, A. Espinoza Abstract In this brief note we do not prove or disprove the existence of the so-called time flow in the conception of time offered by N.A. Kozyrev, here we merely give the mathematical justification of the presumable wave nature Kosyrev’s time flow in the case of the physical existence of the mentioned flow. Full Text: PDF DOI: 10.15640/ijpa.v2n3-4a2

DOI
10.15640/ijpa.v2n3-4a2

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The Mathematical Justification of a Possible Wave Nature of the Time Flow of Kozyrev A. Chubykalo, A. Espinoza Abstract In this brief note we do not prove or disprove the existence of the so-called time flow in the conception of time offered by N.A. Kozyrev, here we merely give the mathematical justification of the presumable wave nature Kosyrev’s time flow in the case of the physical existence of the mentioned flow. Full Text: PDF DOI: 10.15640/ijpa.v2n3-4a2
This paper presents mathematical proofs of N.A. Kozyrev's postulates, confirming his theory of time. To visualize the proofs, vector diagrams constructed based on the dual equations derived by the author are used. In addition to Kozyrev's time flow, the author uses another time flow, which he obtained theoretically. Furthermore, the paper utilizes the author's previous research results. Their application made the model of the cause-effect interaction process simple and understandable. An example implementing the cause-effect model is provided at the end of the article.
In quantum physics, recent investigations deal with the so-called "quantum trajectory" theory. Heuristic rules are usually used to give rise to "stochastic Schrodinger equations" which are stochastic differential equations of non-usual type describing the physical models. These equations pose tedious problems in terms of mathematical justification: notion of solution, existence, uniqueness, justification... In this article, we concentrate on a particular case: the Poisson case. Random measure theory is used in order to give rigorous sense to such equations. We prove existence and uniqueness of a solution for the associated stochastic equation. Furthermore, the stochastic model is physically justified by proving that the solution can be obtained as a limit of a concrete discrete time physical model.
Abstract: This brief note presents an update to the Informational Ontology following a recent conceptual breakthrough. A new definition of matter is introduced: matter as a stable concentration of information maintained in the form of a UF (Unit of Form). This perspective allows for a natural explanation of quantum entanglement as a shared informational structure rather than communication between particles. The note serves as an introductory update; a full version of the Informational Ontology will be published at a later stage. Description: This record contains a short conceptual update to the Informational Ontology, including the revised definition of matter and an informational explanation of quantum entanglement. The full text of the note is included in the attached PDF / in the text below. Author: Waldemar Superson
Abstract This document does not aim to present a final theory, but rather to preserve the traces of the intellectual paths that lead toward such a theory. The sections collected here contain notes of unfinished ideas, and sometimes even opposing attempts. Each of them represents a conceptual exercise in understanding the nature of time within the framework of quantum mechanics — small laboratories where intuition is translated into equations and equations back into intuition. Therefore, it would be more accurate to read this compilation not as a coherent whole, but as an evolutionary sequence. Disconnections, repetitions, and shifts of direction may be encountered among the sections; yet these belong to the natural flow of thought itself. The purpose is to construct, step by step, an inner research atlas that approaches ever closer to the essence of time at the quantum level. This text should be read less as a scientific article and more as a living notebook of a theory in maturation. Its length, its looseness, and its multiplicity are, for that very reason, signs of its honesty.