Classical Mechanics: Systems of Particles and Hamiltonian Dynamics

Book Details

• Publisher: Springer

• Author: Walter Greiner

• Language: English

• Edition: 2nd ed., 2010

• ISBN: 9783642034336

• Pages: 580

• Cover: Paperback

About The Book

Classical Mechanics by Walter Greiner, now available in its second edition, is a key text for students and professionals who wish to gain a thorough understanding of classical mechanics and its applications. Published by Springer in 2009, this book forms part of Greiner's larger collection of textbooks, which have been guiding generations of German-speaking students to an appreciation of theoretical physics. This English edition offers the same clear, logical presentation that has made Greiner’s work a staple in the field.

The text is designed to provide a coherent and complete overview of classical physics, and it complements Greiner’s quantum physics texts. By using consistent notation, a logical ordering of topics, and a coherent approach to presentation, the book ensures that students can easily follow the material and gain a comprehensive understanding of classical mechanics. Greiner’s personal enthusiasm and deep love for the subject shine through in his writing, making this book not just a textbook, but an engaging experience for the reader.

This edition covers the core areas of classical mechanics, including thermodynamics, statistical mechanics, classical dynamics, electromagnetism, and general relativity. By exploring these topics, Greiner bridges the gap between classical physics and modern developments in quantum mechanics and related fields. The text’s complete coverage allows students to see the interconnections between classical and modern physics, providing a unified perspective that enhances understanding and encourages further study.

With 580 pages of well-organized content, this paperback edition is ideal for advanced undergraduates and graduate students who are looking to explore classical mechanics in-depth, while also serving as a valuable resource for anyone interested in the broader field of theoretical physics.