Teaching and Training

This page is intended for outlines and materials in my teaching courses, and in various summer schools.

2022 Summer School and Lectures on “Effective Field Theory”:

2022 Fall, Course at University of Chinese Academy of Sciences: Quantum Field Theory

Graduate course, outline is here

  • Time: Every Friday morning 8:30 - 11:00

  • Location: Yanqihu campus, 1-306

  • Teaching assistant: Chao Wu

2022 Spring, University of CAS Graduate Course (Hangzhou): Special Topics on Particle Physics

Standard Model and Beyond

  1. Standard Model: history, theory and pheno, experiments
  2. Motivation for Beyond SM: hierarchy problem, neutrino masses, strong CP
  3. BSM Models: SUSY, extra dimension, composite Higgs, neutrino, axion

2021 Fall, UCAS course: Quantum Field Theory

Graduate course, outline is here

  • Time: Every Friday morning 8:30 - 11:00

  • Location: Yanqihu campus, 1-306

  • Teaching assistant: Zhan Bai, Ji-bin He

2021 Fall, University of CAS Graduate Course (Hangzhou): Special Topics on Quantum Field Theory

Effective Field Theory

  1. Effective Action: Decoupling, Matching and Running
  2. Symmetry and Symmetry breaking: SMEFT and Chiral Lag.
  3. Non-relativistic Reduction: NRQED, HQET and Gravity

2021 Summer Schools on “Effective Operators For Standard Model and Beyond”:

2020 Fall, UCAS course: Quantum Field Theory

Graduate course, outline is here

  • Time: Every Friday morning 8:30 - 11:00

  • Location: Yanqihu campus, 1-306

  • Teaching assistant: Yi-fan Chen, email: yifan.chen@itp.ac.cn

2019 Fall and 2018 Fall, UCAS course: Overview of Modern Physics

Resources on Effective Field Theories

books, lecture notes, and conference info on EFTs

covers the following topics

  • general EFT concepts, matching and running techniques

  • Relativistic EFTs: standard model EFT, gravity EFT, Low energy EFT

  • Chiral EFTs: Higgs EFT (EW chiral Lagrangian), QCD Chiral perturbation theory, nuclear Chiral EFT

  • Non-relativistic EFTs: non-relativistic QED/QCD/Gravity, heavy quark effective theory, heavy baryon effective theory

  • EFT operator basis and applications



如下是课程的中文信息:

2022年暑期学校和讲座,讲授“有效场论”:

2022秋季,研究生课程:量子场论 I (理论物理方向),国科大物理学院

  • 每周五(1-3)节次,上午8:30开始,地点:雁栖湖校区 教1-306。

  • 助教:邬超博士

  • 具体内容见:量子场论课程网站

2022年春季,研究生课程:粒子物理专题,国科大杭州高等研究院

  • 电弱标准模型及其拓展
  1. 标准模型:历史和细节
  2. 标准模型:辉煌和验证
  3. 超出标准模型:问题和方案
  4. 超对称
  5. 额外维度
  6. 复合希格斯
  7. 中微子和轴子

2021秋季,研究生课程:量子场论 I (理论物理方向),国科大物理学院

  • 每周五(1-3)节次,上午8:30开始,地点:雁栖湖校区 教1-306。

  • 助教:摆展博士

  • 具体内容见:量子场论课程网站

2021年秋季,研究生课程:量子场论专题,国科大杭州高等研究院

  • 有效场论概论
  1. 有效作用量:匹配和积分,重整化群
  2. 对称性和对称性破缺:SMEFT,手征理论
  3. 非相对论约化:NRQCD,HQET和引力

2021年暑期学校和讲座,讲授“有效场论”

2021年春季,HIAS前沿讲座,国科大杭州高等研究院

  • 前沿讲座:“希格斯物理”,和“希格斯宇宙学”

2020秋季,研究生课程:量子场论 I (理论物理方向),国科大物理学院

  • 每周五(1-3)节次,上午8:30开始,地点:雁栖湖校区 教1-306。

  • 助教:陈一凡博士 yifan.chen@itp.ac.cn

  • 具体内容见:量子场论课程网站

2019年和2018年秋季,研究生课程:现代物理概述, 物质反物质不对称性的起源, 国科大国际学院

Will update more in future …