後期 金曜日 ３講時. 単位数/Credit(s): 2. 担当教員/Instructor : 米倉 和也. 学期/Semester: 後期. 開講年度/Year: 2024. 科目ナンバリング/Course code/number: SPH-PHY501B. 使用言語/Language Used in Course: ２カ国語以上.
Particle and Nuclear Theory (Particle Theory and Cosmology Group)
Basic quantum field theory
Basic quantum field theory
Quantum field theory is the basic framework for the fundamental laws of high energy physics. It is also a convenient tool for describing long-wavelength phenomena in condensed matter physics. This lecture explains basic theory of quantum field theory. It is assumed that the students have learned and deeply understood quantum mechanics.
Quantum field theory is the basic framework for the fundamental laws of high energy physics. It is also a convenient tool for describing long-wavelength phenomena in condensed matter physics. This lecture explains basic theory of quantum field theory. It is assumed that the students have learned and deeply understood quantum mechanics.
To understand the basic concept of quantum fields
To understand the basic concept of quantum fields
(1) Brief review of quantum mechanics
(2) Scalar fields (spin 0) and their quantization
(3) The Lorentz symmetry and spin one-half representations
(4) Dirac fields (spin 1/2) and their quantization
(5) Quantization of electromagnetic fields (spin 1)
(6) Introduction to Interactions of quantum fields
(1) Brief review of quantum mechanics
(2) Scalar fields (spin 0) and their quantization
(3) The Lorentz symmetry and spin one-half representations
(4) Dirac fields (spin 1/2) and their quantization
(5) Quantization of electromagnetic fields (spin 1)
(6) Introduction to Interactions of quantum fields
report and/or exam (to be announced in classes)
report and/or exam (to be announced in classes)
Not specified
Not specified
(1) Review quantum mechanics well enough before taking these classes
(2) Review after each class
(1) Review quantum mechanics well enough before taking these classes
(2) Review after each class