Fuxiang Han Ordre des livres

The textbook offers a comprehensive calculus-based approach to general physics, covering essential topics for intermediate and advanced courses while integrating recent scientific advancements. Its engaging and humorous explanations make learning enjoyable, enhancing students' grasp of physics principles and their applications. Accompanying this is a detailed solution manual that provides step-by-step solutions to all textbook problems, including advanced techniques and extensions of the material, facilitating a deeper understanding of physics concepts.

This is a calculus-based textbook on general physics. It contains all the major subjects covered in an intermediate or advanced course on general physics. It also embraces the most recent developments in science and technology. With this book, students can have a better understanding of physics principles and a broad view on the applications of physics ideas. Through coherent and humorous elucidation of physics principles, this book makes learning general physics a fun and interesting activity. Beside that, problem and solution manual to the textbook "A Modern Course in University Physics". It contains solutions to all the problems in the aforementioned textbook. This solution manual is a good companion to the textbook. In this solution manual, we work out every problem carefully and in detail. With this solution manual used in conjunction with the textbook, the reader can understand and grasp the physics ideas more quickly and deeply. Some of the problems are not purely exercises; they contain extension of the materials covered in the textbook. Some of the problems contain problem-solving techniques that are not covered in the textbook.

Focusing on advanced solid state physics, this book delves into theoretical aspects of quantum phenomena in solids. It incorporates recent developments in condensed matter physics, including experimental techniques like inelastic neutron scattering and photoemission spectroscopy. Key topics cover magnetic properties such as itinerant magnetism and the Hubbard model, along with optical properties like Raman scattering. Additionally, it provides an in-depth exploration of the Green's function method in many-body physics and the strong-coupling theory of superconductivity.

Focusing on problem-solving, this book offers 300 challenges in solid state physics, making it a valuable resource for both undergraduate and graduate students. It serves as a practical tool for consolidating knowledge and learning new concepts, ideal for homework assignments or as a reference for typical problems. The emphasis on solving real challenges enhances understanding of mathematical techniques, making it an engaging alternative to traditional reading. Additionally, it provides insights beneficial to practitioners in condensed matter physics.