文档介绍：凝聚态物理课程教学大纲
Course Outline
课程基本信息(Course Information)
课程代码
(Course Code)
PH425
*学时
(Credit Hours)
64
*学分
(Credits)
4
*课程名称
(Course Title)
凝聚态物理
Condensed Matter Physics
*课程性质
(Course Type)
此课程是针对致远学院物理学专业的本科生课程
授课对象
(Target Audience)
本科生
*授课语言
(Language of Instruction)
中文
*开课院系
(School)
物理与天文学院
先修课程
(Prerequisite)
大学物理
授课教师
(Instructor)
朱卡的
课程网址
(Course Webpage)
无
*课程简介(Description)
本课程将凝聚态系统中的固体体系作为研究对象,主要包括宏观尺度的理想晶体系统。课程从基本理论和实验知识出发,并结合固体物理前沿领域的最新发展,着重讲解晶体结构、晶体衍射和倒格子、晶体结合、晶格振动与热学性质、自由电子费米气体、能带理论、半导体晶体、费米面和金属以及晶体中的基本元激发等,探讨这些固体系统中的基本理论以及在未来信息技术和能源技术等方面的潜在应用可能性。通过本课程,培养学生掌握在固体物理中的思维方式及研究方法,为进一步深入学****其它课程打下扎实的基础。
*课程简介(Description)
Condensed matter physics is the biggest subfield in modern physics. In this course, I will focus on the crystal structure, reciprocal lattice, crystal binding, crystal vibrations (phonons) and thermal properties, free electron Fermi gas, energy bands, semiconductors, Fermi surfaces and metals, and some elementary particles in crystal such as plasmons, polaritons, and polarons. Based on the newest developments in condensed matter physics, I will introduce the fundamental physics and experimental knowledge on these subjects. Their potential applications in future information and nanoscale optoelectronic devices will be also discussed. The main goal of this course is to let students know how to do cutting edge resear