Course Overview

A course on quantum field theory, including topics such as path integral and perturbation theory.

Learning Achievement

Acquire the ability to quantize the free field. Acquire the ability to derive the Feynman rule using a path integral method when mutual influence exists.

Competence

This lecture provides basic knowledge and skill in quantum field theory, which is necessary for understanding particle physics.

Course prerequisites

Be sure to understand the basis of dynamics, electromagnetics, statistical mechanics, quantum mechanics, and theory of special relativity.

Grading Philosophy

Report

Course schedule

1. Theory of relativistic particles
2. Quantization of free field
3. Field theory with mutual influence
4. Path integral and perturbative theory
特殊相対性理論の復習
相対論的量子力学
ディラック方程式
自由スカラー場の理論
スカラー場の理論の正準量子化
相互作用の導入
S行列と散乱断面積
LSZの公式
フェルミオンの場の理論
ゲージ場の理論

Course type

Lectures

Online Course Requirement

Instructor

Ishiki Goro

Other information

Inquiries are welcomed at any time. Visit the teacher's room after checking for availability by e-mail or telephone.

Site for Inquiry

Link to the syllabus provided by the university