Quantum Field Theory

The inaugural lecture from Sidney Coleman's seminal 1975 Harvard course on Quantum Field Theory, laying foundational principles of relativistic quantum mechanics.

The inaugural lecture in an advanced quantum mechanics series, establishing foundational principles and mathematical frameworks essential for graduate-level study in theoretical physics.

A lecture from Sidney Coleman's influential 1975 Harvard course on Quantum Field Theory, delving into advanced topics in relativistic quantum mechanics.

The tenth installment in a comprehensive lecture series on advanced quantum mechanics, delving into complex topics and problem-solving methodologies for theoretical physicists.

A lecture from Sidney Coleman's influential 1975 Harvard course on Quantum Field Theory, exploring advanced concepts in theoretical physics.

An in-depth lecture exploring the principles of second quantization and its application to understanding Bose-Einstein condensation, a cornerstone of many-body quantum physics.

Nobel laureate Murray Gell-Mann reflects on the intellectual legacy and personal impact of Sidney Coleman at a 2005 Harvard symposium on QFT and QCD.

The sixteenth lecture in a series on mathematical methods crucial for advanced physics, covering essential analytical techniques and their applications in theoretical frameworks.

A lecture from Sidney Coleman's influential 1975 Harvard course on Quantum Field Theory, examining advanced topics in quantum field dynamics.

The second lecture in a foundational course on Quantum Field Theory, building upon initial concepts to develop the mathematical and physical principles of relativistic quantum systems.

Astrophysicist John Gribbin discusses the ongoing quest to unify quantum theory and general relativity into a comprehensive theory of everything, addressing fundamental questions in physics.

The inaugural lecture in a comprehensive course on Quantum Field Theory, introducing the fundamental concepts and mathematical tools required for understanding elementary particles and forces.

A lecture from Sidney Coleman's influential 1975 Harvard course on Quantum Field Theory, covering advanced concepts in particle interactions.

An exploration of the breakthroughs in quantum field theory that led to the search for the Higgs boson, examining the theoretical underpinnings of mass and the universe's fundamental order.

A lecture from Sidney Coleman's influential 1975 Harvard course on Quantum Field Theory, detailing fundamental quantization procedures.

An introductory lecture on quantum field theory, establishing the foundational principles of relativistic theories and their application to quantum electrodynamics. Designed for theorists with a strong background in advanced quantum mechanics and statistical physics.

A foundational lecture from Sidney Coleman's seminal 1975 Harvard course on Quantum Field Theory, covering advanced topics in theoretical physics.

An advanced lecture on quantum field theory, focusing on the principles of renormalization and its application to the Standard Model, including Yang-Mills theory and symmetry breaking. Presumes familiarity with QFT fundamentals.

The eighth installment of Sidney Coleman's seminal 1975 Harvard course on Quantum Field Theory, delving into advanced topics in relativistic quantum mechanics.

The seventh lecture in Sidney Coleman's influential 1975 Harvard series on Quantum Field Theory, exploring foundational concepts and advanced techniques.

The sixth lecture from Sidney Coleman's renowned 1975 Harvard course, providing a deep dive into the principles of Quantum Field Theory.

The fifth installment of Sidney Coleman's iconic 1975 Harvard lectures on Quantum Field Theory, focusing on advanced calculational methods.

The fourth lecture in Sidney Coleman's foundational 1975 Harvard series on Quantum Field Theory, building essential theoretical frameworks.

The third lecture from Sidney Coleman's seminal 1975 Harvard course on Quantum Field Theory, establishing core principles and mathematical tools.

The second lecture in Sidney Coleman's seminal 1975 Harvard course on Quantum Field Theory, offering a foundational exposition of QFT principles and techniques.

Nima Arkani-Hamed discusses the experimental search for Supersymmetry and WIMPs, exploring the current landscape of particle physics beyond the Standard Model.