Video course · Russian

Quantum Field Theory

Introduction to QFT and QED: relativistic quantum mechanics, the Dirac equation, classical field theory, field quantization, the propagator and the S‑matrix.

26 lectures · 41 h 19 min of video

Playlist Textbook Examination projects QFT FAQ Notes PDF RuTube VK Teach-in

Contents

No. Topic Video
1.1 Waves within us ▶ 2:04:18
1.2 A century of discoveries ▶ 2:00:59
1.3 The Klein–Fock–Gordon equation ▶ 2:05:44
1.4 The Klein paradox ▶ 1:34:03
1.5 The Dirac equation ▶ 3:03:24
1.6 Spin and orbital angular momentum in the Dirac equation ▶ 42:27
1.7 Dirac γ matrices ▶ 1:28:05
1.8 Solving the free Dirac equation ▶ 55:00
1.9 Antiparticles in the Dirac equation ▶ 1:38:03
1.10 Calculating the energy levels of the hydrogen atom ▶ 1:33:01
1.11 A particle in a plane electromagnetic wave ▶ 1:22:54
1.12 Chiral operators ▶ 2:09:16
1.13 Relativistic quantum mechanics: a discussion ▶ 1:21:13
1.14 Foundations of classical field theory ▶ 1:21:27
1.15 Noether’s theorem ▶ 1:58:47
1.16 Complex scalar and electromagnetic fields ▶ 1:29:29
1.17 The polarization vector. Energy–momentum of the electromagnetic field ▶ 1:19:22
1.18 The fermion field and Green’s functions ▶ 1:17:01
1.19 Diffraction. Green’s functions for some equations ▶ 1:16:27
1.20 Quantizing the field, take one! ▶ 1:25:15
1.21 Quantum statistics. Normal ordering ▶ 1:15:04
1.22 Quantizing the field, take two! ▶ 1:32:01
1.23 The propagator ▶ 1:53:12
1.24 The S-matrix ▶ 1:36:10
1.25 The evolution operator and Wick’s theorems ▶ 1:34:20
1.26 Attraction and repulsion ▶ 1:21:36

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