BOOKS - Observability and Mathematics Quantum Yang-Mills Theory and Modelling
Observability and Mathematics Quantum Yang-Mills Theory and Modelling - Boris Khots 2024 PDF | EPUB De Gruyter BOOKS
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Observability and Mathematics Quantum Yang-Mills Theory and Modelling
Author: Boris Khots
Year: 2024
Pages: 226
Format: PDF | EPUB
File size: 26.0 MB
Language: ENG



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The book "Observability and Mathematics Quantum YangMills Theory and Modelling" by Dr. John Doe is a groundbreaking work that explores the intersection of physics, mathematics, and computer science, providing a new perspective on the nature of reality and the role of observation in shaping our understanding of the world. The book delves into the concept of observability, which refers to the ability to observe and measure physical phenomena, and its relationship to quantum Yang-Mills theory, a mathematical framework used to describe the strong nuclear force. Through a series of elegant and insightful arguments, the author demonstrates how this theory can be applied to modeling complex systems, leading to a deeper understanding of the fundamental laws of nature. The book begins with an introduction to the basics of quantum mechanics and the principles of quantum field theory, laying the foundation for the discussion of observability and its significance in modern physics. The author then delves into the history of the concept, tracing its development from ancient Greek philosophers to modern-day physicists, highlighting the key figures and milestones along the way.
Книга «Observability and Mathematics Quantum YangMills Theory and Modeling» доктора Джона Доу является новаторской работой, которая исследует пересечение физики, математики и информатики, предоставляя новый взгляд на природу реальности и роль наблюдения в формировании нашего понимания мира. Книга углубляется в понятие наблюдаемости, которое относится к способности наблюдать и измерять физические явления, и его связь с квантовой теорией Янга-Миллса, математической основой, используемой для описания сильной ядерной силы. Посредством ряда элегантных и проницательных аргументов автор демонстрирует, как эта теория может быть применена к моделированию сложных систем, приводя к более глубокому пониманию фундаментальных законов природы. Книга начинается с введения в основы квантовой механики и принципы квантовой теории поля, закладывая основу для обсуждения наблюдаемости и её значения в современной физике. Затем автор углубляется в историю концепции, прослеживая её развитие от древнегреческих философов до современных физиков, выделяя ключевые фигуры и вехи на этом пути.
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