Elementary particle physics - KÄLLEN Gunnar
KORTE INHOUD
Hardcover, in-8, 546 pp., index.
Gunnar Källén's "Elementary Particle Physics" covers the fundamental principles of particle physics, focusing on topics such as the classification of particles, quantum mechanics, and the interactions between subatomic particles. It introduces key concepts such as symmetry, conservation laws, and particle decay, providing a comprehensive framework for understanding the building blocks of matter. The book is aimed at upper-level undergraduate and graduate students, with an emphasis on both theoretical foundations and experimental techniques.
Gunnar Källén's "Elementary Particle Physics" covers the fundamental principles of particle physics, focusing on topics such as the classification of particles, quantum mechanics, and the interactions between subatomic particles. It introduces key concepts such as symmetry, conservation laws, and particle decay, providing a comprehensive framework for understanding the building blocks of matter. The book is aimed at upper-level undergraduate and graduate students, with an emphasis on both theoretical foundations and experimental techniques.
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KÄLLEN Gunnar
Elementary particle physics
Hardcover, in-8, 546 pp., index.
Gunnar Källén's "Elementary Particle Physics" covers the fundamental principles of particle physics, focusing on topics such as the classification of particles, quantum mechanics, and the interactions between subatomic particles. It introduces key concepts such as symmetry, conservation laws, and particle decay, providing a comprehensive framework for understanding the building blocks of matter. The book is aimed at upper-level undergra...
Elementary particle physics
Hardcover, in-8, 546 pp., index.
Gunnar Källén's "Elementary Particle Physics" covers the fundamental principles of particle physics, focusing on topics such as the classification of particles, quantum mechanics, and the interactions between subatomic particles. It introduces key concepts such as symmetry, conservation laws, and particle decay, providing a comprehensive framework for understanding the building blocks of matter. The book is aimed at upper-level undergra...
