本の詳細
形式
ハードカバー
ページ数
350
言語
英語
公開されました
Jan 1, 1984
出版社
Sole distributors for the U.S.A. and Canada, Elsevier Science Pub. Co
ISBN-10
0444862137
ISBN-13
9780444862136
説明
"Hard Processes" delves into the intricate world of high-energy particle physics through the lens of the phenomenological quark-parton model. Authored by prominent figures in the field, B. L. Ioffe, V. A. Khoze, and L. N. Lipatov, this volume presents a comprehensive study that bridges theoretical concepts with practical applications.
The narrative is structured to guide readers through complex scientific theories with clarity and precision. It not only examines fundamental elements of the quark-parton model but also explores its implications for understanding deep inelastic scattering and related phenomena. The authors’ expertise shines as they unravel the mathematical foundations and empirical evidence that support these pivotal concepts in modern physics.
Through careful translation from the original text, the content remains accessible to a wider audience, appealing not just to seasoned physicists but also to students and enthusiasts eager to grasp the subtleties of particle interactions. This work is essential for anyone looking to deepen their appreciation of the fundamental processes governing the universe at its smallest scales.
The narrative is structured to guide readers through complex scientific theories with clarity and precision. It not only examines fundamental elements of the quark-parton model but also explores its implications for understanding deep inelastic scattering and related phenomena. The authors’ expertise shines as they unravel the mathematical foundations and empirical evidence that support these pivotal concepts in modern physics.
Through careful translation from the original text, the content remains accessible to a wider audience, appealing not just to seasoned physicists but also to students and enthusiasts eager to grasp the subtleties of particle interactions. This work is essential for anyone looking to deepen their appreciation of the fundamental processes governing the universe at its smallest scales.