Topics in High Energy Physics, Lecture 7: Anomalies, Fermions & Topological Aspects

Name: Topics in High Energy Physics, Lecture 7: Anomalies, Fermions & Topological Aspects
Uploaded: 2019-02-01T21:13:03.000Z
Duration: 5 h 59 min 49 s
Channel: Richard Feynman
Description: Edward Witten investigates chiral anomalies, fermionic zero modes, and topological index theorems in high-energy quantum field theory.

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Topics in High Energy Physics, Lecture 7: Anomalies, Fermions & Topological Aspects

Richard Feynman Cornell University

5:59:49·2019·undergraduate level·Public Colloquium

Edward Witten investigates chiral anomalies, fermionic zero modes, and topological index theorems in high-energy quantum field theory.

Feynman's Messenger Lectures on the "Character of Physical Law" at Cornell University (1964) - Complete Series - Abridged - Better Audio

Physics Quantum Field Theory & Strings Classical & Statistical Mechanics QFT, Standard Model & Scattering Amplitudes Lagrangian & Hamiltonian Mechanics Philosophy of Science Symmetry Principles

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Richard Feynman

Nobel Prize in Physics (1965)

Nobel Laureate in Physics renowned for quantum electrodynamics, path-integral formulation, and The Feynman Lectures on Physics.

3 courses · 23 lectures in archiveView profile

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Nobel Laureate Richard Feynman's timeless Caltech lectures reconstructing mechanics, electromagnetism, and quantum amplitudes from physical intuition.

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