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Валерий А. Барынин Начала единой теории поля, вещества и эфира на основе физически адекватной математики и стробоскопии

Валерий А. Барынин Начала единой теории поля, вещества и эфира на основе физически адекватной математики и стробоскопии

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This book is a creative union and expansion of previously published works, attempting to formulate a unified field theory based on the historically overlooked Fitzgerald-Lorentz hypothesis explaining the Michelson-Morley experiment. The author does not take established theories (Special Relativity, General Relativity, quantum mechanics) or fundamental concepts (field, particle, mass, charge, spin) as given. Instead, these emerge within the theory as it develops, along with their physical meaning derived from that origin. The book specifically reveals the physical meaning of de Broglie waves and quantum mechanics, along with the limited scope of their applicability. It examines the physical reasons for the absence of electron radiation in atomic orbits, the essence and origin of inertial mass, various charges (electromagnetic and gravitational), and the concept and properties of the ether. In a key departure from current convention, the primary carriers of physical meaning are not field strengths (derivatives of potentials), but the potentials themselves. A set of physically necessary types of initial potentials is defined. This second, corrected and expanded edition adds several sections, the most significant of which are listed in a separate preface.

Customer reviews

Emma Wilson ★★★★★
Bottom line: The product card is clear and well-structured. The description provides a detailed overview of the book's content and its unique approach to unified field theory. It effectively highlights the key concepts without being overly technical, making it easy to understand what to expect.
Alex Johnson ★★★★★
The product card is clear and well-structured. The description provides a detailed overview of the book's content and its unique approach to unified field theory. It effectively highlights the key concepts without being overly technical, making it easy to understand what to expect.