COURSE TEACHING

• 입자물리 - 고급입자우주론 Frontier Particle Physics (Fall 23)

        Inflation, Axion, Unruh effect, Hawking radiation, wavefunction of the universe



• 상대론과 시공간 (Spring 23)

  Text book: Carroll, Tong
        Special Relativity, Manifold, Riemannian Geometry, Einstein Equation, Black hole, FRW, de Sitter, GW



• 입자물리 - 입자우주론 Particle Cosmology (Fall 2022)

        FRW, Big Bang evolution, Freeze-out, Inflation, Baryogenesis, Axions, dS, GW



• 고급장 및 입자이론 - Advanced Quantum Field Theory (Spring 2022)

  1. Renormalization
  2. Spontaneous Symmetry Breaking & Criticality
  3. Anomaly
  4. Effective Field Theory:   Simplicity against naturalness?
  5. Emergence:   Chern-Simons
  6. Conformality:   Conformal Field Theory
  7. Genesis:   Hawking and de Sitter
  Final Project Presentation

• 양자역학 I, II (Spring, Fall 2021)

  Text book: Sakurai
  1. Fundamental Concepts -- HW1
  2. Dynamics -- HW2
  3. Aharonov-Bohm & Berry Phase -- HW3
  4. Angular Momentum -- HW4
  5. Density Matrix -- HW4(combined)
  1. Discrete Symmetries -- HW1
  2. Approximate Methods -- HW2
  3. Identical Particles -- HW3
  4. Time-Dependent Perturbations -- HW4
  5. Scattering -- HW4(combined)
  6. Quantum Hall Effect
  7. Entanglement

• 양자장론 - Quantum Field Theory I, II (Spring, Fall 2019)

  Text book: Peskin & Schroeder, Schwartz
  1. Klein-Gordon
  2. Dirac Field
  3. Feynman Calculus
  4. QED
  5. Functional Method
  Final Project Presentation
  1. Loop Correction
  2. Renoramlization
  3. Spontaenous Symmetry Breaking
  4. Non-Abelian Gauge Theory
  5. Anomaly
  6. Wilsonian Renormalization
  7. Effective Action
  Final Project Presentation

• 입자물리 - Particle Physics (Fall 2018)

  • Michael Peskin's new book on Elemenatry Particle Physics

• 핵입자특강 - Particle Cosmology (Spring 2018)

  Text book: Kolb & Turner
  1. FRW
  2. Boltzmann Evolution
  3. Baryogenesis -- Leptogenesis (by E.J.Chun)
  4. Inflation -- Quantum Origin (by C.S.Shin)
  5. Axion
  6. Gravitational Wave

• 핵입자특강 - Advanced Particle Physics (Fall 2017)

  1. Electroweak Precision Test
  2. Higgs
  3. Collider Physics and QCD
  4. Finite-Temperature Effective Potential
  5. Topological Defects

LECTURE NOTES

• GW Genesis  - binary merger, phase transition, topological defects, inflation    (2021 Aug CTPU)
• Gravitational Lensing (typed)   - path integral formalism and applications to GW    (2018 Sep KGWG; 2020 Jan KITP Santa Barbara)
• Phase Transition and Critical Phenomena   - Landau-Ginsburg, criticality/universality, GW    (2017 Dec Bloombista)
• Madgraph   - concepts and usages    (2018 Dec Bloombista)
• Higgs Resonance Dip   - formalism and phenomena    (2015 May APCTP)