Theoretical condensed matter physics draws heavily and increasingly on the language of quantum field theory. This primer is aimed at elevating graduate students of condensed matter physics to a level where they can engage in independent research. It emphasizes the development of modem methods of classical and quantum field theory with applications of interest in both experimental and theoretical condensed matter physics. Topics covered include second quantization, path and functional field integration, mean-field theory and collective phenomena, the renormalization group, and topology. Conceptual aspects and formal methodology are emphasized and developed, but the discussion is rooted firmly in practical experimental application. As well as routine exercises, the text includes extended and challenging problems, with fully worked solutions, designed to provide a bridge between formal manipulations and research-oriented thinking.
具体描述
读后感
This book authorized by Alex and Simons is one of the most representative publications in the field of classical/quantum field theory. Here, I'm focusing on the errors including typo and unreasonable statements so that our Chinese students can read it conv...
评分This book authorized by Alex and Simons is one of the most representative publications in the field of classical/quantum field theory. Here, I'm focusing on the errors including typo and unreasonable statements so that our Chinese students can read it conv...
评分This book authorized by Alex and Simons is one of the most representative publications in the field of classical/quantum field theory. Here, I'm focusing on the errors including typo and unreasonable statements so that our Chinese students can read it conv...
评分This book authorized by Alex and Simons is one of the most representative publications in the field of classical/quantum field theory. Here, I'm focusing on the errors including typo and unreasonable statements so that our Chinese students can read it conv...
评分This book authorized by Alex and Simons is one of the most representative publications in the field of classical/quantum field theory. Here, I'm focusing on the errors including typo and unreasonable statements so that our Chinese students can read it conv...
用户评价
1st edition, too many typos. You should get an error list to help you.
评分这本书写的很好，虽然冗长，但是很流水线化，适合强迫症读。 优点：比较贴合量子场论的标准教学流程，先讲路径积分量子化，然后讲微扰近似，简单介绍Φ^4场，从Φ^4开始介绍起重整化技术，BEC中性超流和BCS放在一个章节里，重整化部分讲的也很清晰。最重要的一点是这本书是我见过所有的凝聚态场论中对于拓扑描述最详细的一本书 缺点：冗长、各种model都讲一点，但不深入
评分这本书写的很好，虽然冗长，但是很流水线化，适合强迫症读。 优点：比较贴合量子场论的标准教学流程，先讲路径积分量子化，然后讲微扰近似，简单介绍Φ^4场，从Φ^4开始介绍起重整化技术，BEC中性超流和BCS放在一个章节里，重整化部分讲的也很清晰。最重要的一点是这本书是我见过所有的凝聚态场论中对于拓扑描述最详细的一本书 缺点：冗长、各种model都讲一点，但不深入
评分这本书写的很好，虽然冗长，但是很流水线化，适合强迫症读。 优点：比较贴合量子场论的标准教学流程，先讲路径积分量子化，然后讲微扰近似，简单介绍Φ^4场，从Φ^4开始介绍起重整化技术，BEC中性超流和BCS放在一个章节里，重整化部分讲的也很清晰。最重要的一点是这本书是我见过所有的凝聚态场论中对于拓扑描述最详细的一本书 缺点：冗长、各种model都讲一点，但不深入
评分这本书写的很好，虽然冗长，但是很流水线化，适合强迫症读。 优点：比较贴合量子场论的标准教学流程，先讲路径积分量子化，然后讲微扰近似，简单介绍Φ^4场，从Φ^4开始介绍起重整化技术，BEC中性超流和BCS放在一个章节里，重整化部分讲的也很清晰。最重要的一点是这本书是我见过所有的凝聚态场论中对于拓扑描述最详细的一本书 缺点：冗长、各种model都讲一点，但不深入
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