Independent academic archive · Rights remain with the original publishers · Streamed via YouTube
Independent academic archive · Rights remain with the original publishers · Streamed via YouTube

Quantum Field Theory: Lecture 01
1:35:13Advanced Quantum Mechanics: Lecture 1
1:42:48Quantum Field Theory: Lecture 14
1:28:19Advanced Quantum Mechanics: Lecture 10
1:37:48Quantum Field Theory: Lecture 13
1:34:05Particles and Second Quantization: Bose Condensation
52:26Recollections of Sidney Coleman (SidneyFest 2005)
13:24Mathematical Methods for Physics: Lecture 16
1:39:11Quantum Field Theory: Lecture 12
1:32:27Quantum Field Theory I: Lecture 2
1:30:02The Search for the Theory of Everything
53:10Quantum Field Theory I: Lecture 1
1:29:51Quantum Field Theory: Lecture 11
1:39:34The Infinity Puzzle: Quantum Field Theory and the Hunt for an Orderly Universe
41:19Quantum Field Theory: Lecture 10
1:33:14Quantum Field Theory: Relativistic Theories and QED Foundations
1:26:56Quantum Field Theory: Lecture 9
1:30:05Advanced Quantum Field Theory: Renormalization and the Standard Model
1:29:13Quantum Field Theory: Lecture 08
1:35:37Quantum Field Theory: Lecture 07
1:25:32Quantum Field Theory: Lecture 06
1:42:55Quantum Field Theory: Lecture 05
1:32:15Quantum Field Theory: Lecture 04
1:35:17Quantum Field Theory: Lecture 03
1:23:19Quantum Field Theory: Sidney Coleman Lecture 02
1:35:22Where in the World are SUSY & WIMPS?
1:40:32The third lecture from Sidney Coleman's seminal 1975 Harvard course on Quantum Field Theory, establishing core principles and mathematical tools.
Professor of Physics
Sidney Coleman was a legendary Harvard theoretical physicist whose lectures on quantum field theory shaped generations of physicists and remain foundational.
Quantum Field Theory (Harvard University) establishes the graduate foundations in Quantum Field Theory & Strings required for IAS Theoretical Physics: Celestial Holography and Scattering Amplitudes (Institute for Advanced Study).
The Character of Physical Law (Cornell University) establishes the undergraduate foundations in Quantum Field Theory & Strings required for Quantum Field Theory (Harvard University).
Matthew D. Schwartz
Modern, physical introduction to canonical quantization, Feynman diagrams, renormalization, and gauge theories that pairs directly with David Tong's Perimeter QFT course.