Standing waves of energy density and particle structure

Standing waves of energy density and particle structure

(zenodo.org) Introduction Modern physics describes elementary particles as point objects or perturbations of quantum fields, but another interpretation is possible. This chapter considers the hypothesis that particles are standing waves of energy density and their properties can be explained through de Broglie waves. We will also consider how particle birth can be explained within this model and why the law of conservation of energy leads to the symmetry of matter and antimatter. Standing waves of energy density and particles To date, science does not describe the origin of electric charge. What is its nature? Why is its value constant for elementary particles? Charge does not change its sign or its value regardless of the environment. Why does the mass of a body change when the speed of motion changes, but nothing happens to the charge? What is this parameter - charge? It is known that: 1/c = αћ/e² where e is the charge of the electron, ћ is the reduced Planck constant, c is the speed of light. One constant is expressed...
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Longitudinal Energy Waves in the Propagation Mechanism of Electromagnetic Waves

Longitudinal Energy Waves in the Propagation Mechanism of Electromagnetic Waves

(zenodo.org) Introduction Electromagnetic waves are typically regarded as transverse, propagating without the need for a medium. However, their finite speed of propagation raises a fundamental question: what happens to energy in space during wave propagation? If energy cannot change instantaneously, then at some point in space, an energy gradient must form. If this is true, then it is logical to assume that electromagnetic waves generate not only transverse but also longitudinal energy oscillations. Energy Gradient and Its Consequences When an electromagnetic wave leaves its source, it alters the energy density in the surrounding space. As the wave propagates, the energy at the source returns to its original value, but at a distance R, the energy remains altered. This means that between these two points, an energy gradient exists, which can propagate as a longitudinal wave. Classical physics does not account for such a phenomenon, but that does not mean it does not exist. Instead, its effects might be too subtle to detect directly. Put differently,...
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Theory of wave model of matter and fractal structure of the Universe

Theory of wave model of matter and fractal structure of the Universe

(zenodo.org) correction dated 29 May 1. Introduction Modern physics is a set of successfully working but fragmentary models. Quantum theory and general relativity describe reality at different scales, but have not yet been unified into a single conceptual system. Particle physics explains interactions through postulates and fundamental constants whose origin remains unclear. The nature of mass, electric charge, gravity, dark matter and dark energy still raises fundamental questions. In addition, there is no universal approach describing the structure of matter - from elementary particles to galaxies - on the basis of a single principle. Many modern models rely on abstract mathematical constructs that do not always have obvious physical content. This complicates the understanding of the nature of observed phenomena and hinders the creation of a holistic picture of the world. Modern physics operates with the concepts of "point particle" and "wave function", effectively describing observable phenomena. However, the very nature of these "points" remains beyond observation - physics in principle cannot look inside. The...
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Gravity, Electromagnetic Waves, and the Schwarzschild Metric: A Connection Through Mathematical Description

Gravity, Electromagnetic Waves, and the Schwarzschild Metric: A Connection Through Mathematical Description

(zenodo.org) Introduction This article explores the hypothesis that the Schwarzschild metric does not merely describe the curvature of space but rather the distribution of energy along a spherical surface, directly linking it to electromagnetic processes. Additionally, we will examine the mathematical description of electromagnetic waves and their connection to gravity. 1. Gravity and Parameter Recalculations In General Relativity (GR), space curvature is considered a consequence of the presence of mass and energy. However, when recalculating the speed of light and time in gravitational fields, parameter corrections are made. The question arises whether a similar recalculation applies to distances. If not, inconsistencies may arise in gravitational force calculations, suggesting that gravity is not a direct curvature of space but rather a manifestation of energy distribution. The Schwarzschild metric is expressed as: A key point here is that the metric is formulated in spherical coordinates, which suggests a connection to processes with spherical symmetry, such as the propagation of electromagnetic waves. 2. Electromagnetic Wave Equation Electromagnetic waves are described by...
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Reflections: BELIEF, DISBELIEF. SPIRIT and MATTER.

Reflections: BELIEF, DISBELIEF. SPIRIT and MATTER.

(zenodo.org) Download the original in doc format Download English translation doc Author - Sergey Skrynnik Republic of Kazakhstan, Almaty, mailing address is: science@ast-1c.kz 26 June 2024 Correction from May 19, 2025. Abstract This work is a philosophical and scientific exploration that unites perspectives on consciousness, energy, and matter. The author presents an original approach based on the idea that energy is fundamentally linked to wave processes, and that the fundamental forces of nature can be explained through interactions between dimensions. The first part examines the meaning of life, the role of striving, and love as a creative force. It explores the connection between spirit and matter, as well as the role of consciousness in shaping reality. The second part introduces a hypothesis about the structure of elementary particles and the mechanisms behind physical interactions. The author proposes the concept of a magnetic dimension, which explains the nature of mass, charge, and gravity. Special attention is given to quantum uncertainty and the possibility of additional dimensions. This work is intended for a...
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