Research on electronic systems in condensed matter physics is at present developing very rapidly, where the main focus is changing from the "single-particle problem" to the "many-particle problem". That is, the main research interest changed from phenomena that can be understood in the single particle picture, as, for example, in band theory, to phenomena that arise owing to the interaction between many electrons.

Research on electronic systems in condensed matter physics is at present developing very rapidly, where the main focus is changing from the "single-particle problem" to the "many-particle problem". That is, the main research interest changed from phenomena that can be understood in the single particle picture, as, for example, in band theory, to phenomena that arise owing to the interaction between many electrons.

Research on electronic systems in condensed matter physics is at present developing very rapidly, where the main focus is changing from the "single-particle problem" to the "many-particle problem". That is, the main research interest changed from phenomena that can be understood in the single particle picture, as, for example, in band theory, to phenomena that arise owing to the interaction between many electrons.

Research on electronic systems in condensed matter physics is at present developing very rapidly, where the main focus is changing from the "single-particle problem" to the "many-particle problem". That is, the main research interest changed from phenomena that can be understood in the single particle picture, as, for example, in band theory, to phenomena that arise owing to the interaction between many electrons.

从人类的起源到每一个历史时期都有精辟凝炼的论述，以深厚的人文关怀和俏皮睿智的文笔，展示了人类历史的浩荡长卷。其中有节奏明快的“大历史”叙述，也不放过任何真正影响人类文明进程的事件和细节。无论是对历史一无所知的人，还是通读过浩繁巨著的专家，都可以在这本经典的通俗人类史中，获得启发和阅读的快感。中英对照的体例安排，还可使读者在阅读流畅优美的中文译文外，体认和享受房龙笔下隽永深刻的英文魅力。为生动地再现历史，唤起读者对空间的感觉，书中采用了丰富的漫画，其中详尽而清晰的漫画年表使读者对整个人类的历史一目了然。

Research on electronic systems in condensed matter physics is at present developing very rapidly, where the main focus is changing from the "single-particle problem" to the "many-particle problem". That is, the main research interest changed from phenomena that can be understood in the single particle picture, as, for example, in band theory, to phenomena that arise owing to the interaction between many electrons.

Research on electronic systems in condensed matter physics is at present developing very rapidly, where the main focus is changing from the "single-particle problem" to the "many-particle problem". That is, the main research interest changed from phenomena that can be understood in the single particle picture, as, for example, in band theory, to phenomena that arise owing to the interaction between many electrons.

从人类的起源到每一个历史时期都有精辟凝炼的论述，以深厚的人文关怀和俏皮睿智的文笔，展示了人类历史的浩荡长卷。其中有节奏明快的 大历史 叙述，也不放过任何真正影响人类文明进程的事件和细节。无论是对历史一无所知的人，还是通读过浩繁巨著的专家，都可以在这本经典的通俗人类史中，获得启发和阅读的快感。中英对照的体例安排，还可使读者在阅读流畅优美的中文译文外，体认和享受房龙笔下隽永深刻的英文魅力。为生动地再现历史，唤起读者对空间的感觉，书中采用了丰富的漫画，其中详尽而清晰的漫画年表使读者对整个人类的历史一目了然。

《凝聚态物理学进展》介绍了凝聚态物理学的一些重要进展，内容从相关的基本概念和基本知识出发。由浅入深，《凝聚态物理学进展》共分十四章。前三章是固体物理学的基本内容，包括晶体结构、晶格振动与声子、能带理论；第四章至第十四章分别是人工物性剪裁和纳米科技、结构与物性、非线性输运现象、锁模现象、磁效应和磁现象、量子霍尔效应、准周期结构、分形结构和分数维、半导体发光和显示、非线性光学材料简介、超导和超流。各章内容相对独立，介绍凝聚态物理学进展中一些基本现象、基本理论和研究方法。 《凝聚态物理学进展》可作为综合大学及相关高等院校本科生和研究生的教材，也可供有关专业的科研工作者、教师和学生用作参考书，同时可作为科普读物。

《凝聚态物理学进展》介绍了凝聚态物理学的一些重要进展，内容从相关的基本概念和基本知识出发。由浅入深，《凝聚态物理学进展》共分十四章。前三章是固体物理学的基本内容，包括晶体结构、晶格振动与声子、能带理论；第四章至第十四章分别是人工物性剪裁和纳米科技、结构与物性、非线性输运现象、锁模现象、磁效应和磁现象、量子霍尔效应、准周期结构、分形结构和分数维、半导体发光和显示、非线性光学材料简介、超导和超流。各章内容相对独立，介绍凝聚态物理学进展中一些基本现象、基本理论和研究方法。 《凝聚态物理学进展》可作为综合大学及相关高等院校本科生和研究生的教材，也可供有关专业的科研工作者、教师和学生用作参考书，同时可作为高级科普读物。

本书讨论了凝聚态物理的各个方面。特别地，本书讨论了表面物理、量子霍尔效应和超流等其他凝聚态物理书中不常讨论的问题。本书可以作为物理学，特别是凝聚态物理领域的研究者和研究生阅读，对于化学、工程学中与之相

本书讨论了凝聚态物理的各个方面。特别地，本书讨论了表面物理、量子霍尔效应和超流等其他凝聚态物理书中不常讨论的问题。本书可以作为物理学，特别是凝聚态物理领域的研究者和研究生阅读，对于化学、工程学中与之相

Research on electronic systems in condensed matter physics is at present developing very rapidly, where the main focus is changing from the "single-particle problem" to the "many-particle problem". That is, the main research interest changed from phenomena that can be understood in the single particle picture, as, for example, in band theory, to phenomena that arise owing to the interaction between many electrons.

《 推动?生命系列:惊人的假说》内容简介：40年前弗朗西斯?克里克与詹姆斯?沃森一道，发现DNA结构，改变了我们对生命本质的理解，从面名垂青史。现在，克里克又一次站在科学的前沿，把他的注意力转到对人类意识奥秘的探索上来。克里克决定要揭示脑的复杂性，他选择了视觉的神经生物学研究作为突破口。他对大脑究竟怎样 看 东西作出的科学分析，内容翔实，妙语横生，令人信服。他还大胆探索人类存在的一些最基本问题：我们有自由意志吗？什么使我们成为区别于其他动物且具有感知能力的生物？灵魂真的存在吗？抑或我们只不过是一堆神经元的复杂集合吗？在这本具有开拓性和争议的著作中，弗朗西斯?克里克向近代科学、哲学和宗教思想的根本基础提出挑战。