现代物理学概述

课程编码：1801010702I0P1001Y 英文名称：Overview of Recent Development of Physics 课时：51 学分：2.50 课程属性：学科核心课 主讲教师：张吟等

This course will introduce some basic concepts and frontiers of some theoretical physics directions, pay particular attention to general relativity, black hole physics, dark energy, dark matter and standard cosmological model, standard model of particle physics and beyond, Bose-Einstein condensation, phases and superconductivity in condensed matter, and so on.

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第一章 The Standard Model of particle physics 9学时 储晓勇
第1节 Introduction to elementary particles
第2节 The symmetry principles
第3节 Gauge interactions between elementary particles
第4节 Unification of electromagnetic and weak interactions
第5节 The Higgs boson
第二章 The standard model of cosmology 9学时 储晓勇
第1节 General relativity
第2节 The homogeneous and isotropic Universe
第3节 Thermal history of the Universe
第4节 The original of matter in the Universe
第三章 Connecting the particle physics and Cosmology 6学时 储晓勇
第1节 Dark matter problem
第2节 Dark energy problem
第四章 Introduction of the basic concepts of mechanics, the implications, classical mechanics, Newtonian mechanics, Lagrangian mechanics 4学时 张吟
第1节 What is Mechanics?
第2节 The development of Mechanics
第3节 Some implications of Mechanics
第4节 Basic concepts
第五章 Elastic mechanics, entropic elasticity 4学时 张吟
第1节 Basic concepts of elastic mechanics
第2节 Entropic Elasticity
第六章 3D/4D printing, strength of materials, plastic mechanics 4学时 张吟
第1节 3D/4D printing
第2节 Strength of materials
第3节 Plasticity
第七章 Contact mechanics, fracture mechanics 4学时 张吟
第1节 Contact mechanics
第2节 Fracture mechanics
第八章 Basic concepts of fluid mechanics, microfluidics 4学时 张吟
第1节 Elementary Ideas
第2节 Fundamental Equations and Prototypical Flows
第九章 Finite Element Method 4学时 张吟
第1节 Introduction to Numerical Discretization
第2节 Direct Approach for Discrete Systems
第3节 The Finite Element Method
第4节 Introductory Examples
第十章 Final Presentation 3学时 张吟
第1节 Final Presentation of every student

Prof. SHI Xinghua et al.