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Gauge Theories in Particle Physics A Practical Introduction - Ian J.R. Aitchinson, Anthony J.G. Hey 1982 PDF Adam Hilger Ltd. BOOKS NATURAL SCIENCES
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Gauge Theories in Particle Physics A Practical Introduction
Author: Ian J.R. Aitchinson, Anthony J.G. Hey
Year: 1982
Pages: 361
Format: PDF
File size: 17.71 MB
Language: ENG



Book Description: Gauge Theories in Particle Physics - A Practical Introduction Author: Ian J. R. Aitchinson, Anthony J. G. Hey 1982 361 Adam Hilger Ltd. Genre: Non-Fiction, Science, Particle Physics Summary: Gauge Theories in Particle Physics - A Practical Introduction is an accessible and comprehensive guide to the three gauge theories of the Standard Model of particle physics. The book provides a thorough discussion of basic concepts, followed by detailed expositions of how to calculate physical quantities using Feynman diagrams, and comparisons of quantitative predictions with experimental results. Additionally, it offers a low-level introduction to quantum field theory. This book is perfect for anyone looking to gain a deeper understanding of the fundamental forces of nature and their role in shaping our universe. Plot: The plot of Gauge Theories in Particle Physics revolves around the concept of gauge theories and their significance in understanding the fundamental forces of nature. The book begins by introducing the reader to the basics of gauge theories, explaining how they are used to describe the strong, weak, and electromagnetic forces that govern the behavior of subatomic particles. As the story progresses, the author delves into the intricacies of each theory, providing detailed explanations of how these forces interact and shape the universe we live in. The first chapter sets the stage for the rest of the book, providing a broad overview of the history of particle physics and the development of the Standard Model. The author explains how the model was developed and how it has evolved over time, highlighting the key players and discoveries that have led to our current understanding of the universe.
Калибровочные теории в физике элементарных частиц - практическое введение Автор: Ian J.R. Aitchinson, Anthony J.G. Hey 1982 361 Adam Hilger Ltd. Жанр: Non-Fiction, Science, Particle Physics Summary: Gauge Theories in Particle Physics - A Practical Introduction - доступное и всеобъемлющее руководство по трем калибровочным теориям Стандартной модели физики элементарных частиц. В книге представлено обстоятельное обсуждение основных понятий, за которым следуют подробные изложения того, как вычислять физические величины с помощью диаграмм Фейнмана, и сравнения количественных предсказаний с экспериментальными результатами. Кроме того, он предлагает низкоуровневое введение в квантовую теорию поля. Эта книга идеально подходит для тех, кто хочет глубже понять фундаментальные силы природы и их роль в формировании нашей вселенной. Сюжет: Сюжет калибровочных теорий в физике частиц вращается вокруг концепции калибровочных теорий и их значения в понимании фундаментальных сил природы. Книга начинается с того, что знакомит читателя с основами калибровочных теорий, объясняя, как они используются для описания сильных, слабых и электромагнитных сил, которые управляют поведением субатомных частиц. По мере развития истории автор углубляется в тонкости каждой теории, предоставляя подробные объяснения того, как эти силы взаимодействуют и формируют вселенную, в которой мы живем. Первая глава закладывает основу для остальной части книги, предоставляя широкий обзор истории физики элементарных частиц и разработки Стандартной модели. Автор объясняет, как была разработана модель и как она развивалась с течением времени, выделяя ключевых игроков и открытия, которые привели к нашему нынешнему пониманию Вселенной.
Teorías de calibración en física de partículas - introducción práctica Autor: Ian J.R. Aitchinson, Anthony J.G. Hey 1982 361 Adam Hilger Ltd. Género: Non-Fiction, Science, Particle Physics Resumen: Gauge Theories in Particle Physics - A Practical Introduction - una guía accesible y completa sobre las tres teorías de calibración del Modelo Estándar de Física partículas elementales. libro presenta una discusión exhaustiva de los conceptos básicos, seguido de descripciones detalladas de cómo calcular las magnitudes físicas usando los diagramas de Feynman, y comparando las predicciones cuantitativas con los resultados experimentales. Además, ofrece una introducción de bajo nivel a la teoría cuántica de campos. Este libro es ideal para aquellos que quieren comprender más profundamente las fuerzas fundamentales de la naturaleza y su papel en la formación de nuestro universo. Trama: La trama de las teorías de calibración en física de partículas gira en torno al concepto de teorías de calibración y su significado en la comprensión de las fuerzas fundamentales de la naturaleza. libro comienza introduciendo al lector en los fundamentos de las teorías de calibración, explicando cómo se utilizan para describir las fuerzas fuertes, débiles y electromagnéticas que controlan el comportamiento de las partículas subatómicas. A medida que la historia avanza, el autor profundiza en las sutilezas de cada teoría, proporcionando explicaciones detalladas de cómo estas fuerzas interactúan y forman el universo en el que vivimos. primer capítulo sienta las bases para el resto del libro, proporcionando una amplia visión general de la historia de la física de partículas y el desarrollo del Modelo Estándar. autor explica cómo se desarrolló el modelo y cómo evolucionó a lo largo del tiempo, destacando los actores clave y los descubrimientos que llevaron a nuestra comprensión actual del universo.
Teorie di calibrazione nella fisica delle particelle - introduzione pratica Autore: Ian J.R. Aitchinson, Anthony J.G. Hey 1982 361 Adam Hilger Ltd. Il genere: Non-Fiction, Science, Particle Physics Summary: Gauge Theories in Particle Physics - A Practical Introduction è una guida disponibile e completa sulle tre teorie di calibrazione del modello standard di fisica delle particelle elementari. Il libro presenta un dibattito approfondito sui concetti di base, seguito da dettagliate descrizioni di come calcolare le dimensioni fisiche con i diagrammi di Feynman e il confronto tra le previsioni quantitative e i risultati sperimentali. Inoltre, offre un'introduzione a basso livello alla teoria quantistica del campo. Questo libro è perfetto per coloro che vogliono comprendere meglio le forze fondamentali della natura e il loro ruolo nella formazione del nostro universo. La trama delle teorie di calibrazione nella fisica delle particelle ruota intorno al concetto di teorie di calibrazione e al loro significato nella comprensione delle forze fondamentali della natura. Il libro inizia facendo conoscere al lettore le basi delle teorie di calibrazione, spiegando come vengono utilizzate per descrivere le forze forti, deboli ed elettromagnetiche che controllano il comportamento delle particelle subatomiche. Mentre la storia si sviluppa, l'autore approfondisce la finezza di ogni teoria, fornendo spiegazioni dettagliate su come queste forze interagiscono e formano l'universo in cui viviamo. Il primo capitolo pone le basi per il resto del libro, fornendo una panoramica completa della storia della fisica delle particelle elementari e dello sviluppo del Modello Standard. L'autore spiega come il modello è stato sviluppato e come si è evoluto nel corso del tempo, evidenziando gli attori chiave e le scoperte che hanno portato alla nostra attuale comprensione dell'universo.
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