Learn · Classical Field Theory
Lecture 30 of 39Module 14: Solitons — III (Monopoles and Dyons)
Lecture 30: The Dirac mononpole
Prof. Suresh Govindarajan · IIT Madras
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All the lectures
- Lecture 1: What is Classical Field Theory?
- Lecture 2: Symmetries and Invariances - I
- Lecture 3: Symmetries and Invariances - II
- Lecture 4: Group Theory in Physics - I
- Lecture 5 Group Theory in Physics - II
- Lecture 6: Finite Groups - I
- Lecture 7: Finite Groups - II
- Lecture 8: Basics of CFT - I
- Lecture 9: Basics of CFT - II
- Lecture 10: Basics of CFT - III
- Lecture 11 Green Functions - I
- Lecture 12 Green Functions - II
- Lecture 13 Noether's Theorem - I
- Lecture 14 Noether's Theorem - II
- Lecture 15 Kink Soliton
- Lecture 16: Hidden Symmetry
- Lecture 17: Local Symmetries
- Lecture 18 The Abelian Higgs model
- Lecture 19: Lie Algebras - I
- Lecture 20 Lie Algebras - II
- Lecture 21: Magnetic Vortices - I
- Lecture 22: Magnetic Vortices - II
- Lecture 23: Non-abelian gauge theories - I
- Lecture 24: Non-abelian gauge theories - II
- Lecture 25: Irreps of Lie algebras - I
- Lecture 26: Irreps of Lie algebras - II
- Lecture 27 The Standard Model - I
- Lecture 28 The Standard Model - II
- Lecture 29: Irreps of the Lorentz/Poincare algebras
- Lecture 30: The Dirac mononpole
- Lecture 31: The 't Hooft-Polaykov monopole
- Lecture 32: Revisiting Derrick’s Theorem
- Lecture 33: The Julia-Zee dyon
- Lecture 34: Instantons - I
- Lecture 35: Instantons - II
- Lecture 36: - Instantons - III
- Lecture 37: Instantons - IV
- Lecture 38: Dualities
- Lecture 39: Geometrization of Field Theory