Learn · Nuclear and Particle Physics
Lecture 41 of 56Week 12: Electroweak Interactions
Gauge Symmetry - U(1)
Prof. Poulose Poulose · IIT Guwahati
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All the lectures
- Introduction
- Nuclear Properties
- Properties of Nuclear Force
- Deuteron
- Nucleons Scattering
- Nuclear Models - I
- Nuclear Models - II
- Radioactive Decay - General Properties
- Nuclear Alpha Decay
- Nuclear Beta decay
- Beta-decay details
- Gamma decay
- Nuclear Scattering - Preliminaries
- Types of Reactions
- Particle Accelerators - I
- Particle Accelerators - II
- Detectors
- Elementary Particles - Introduction and Overview
- Quark Model - I
- Quark Model - II
- Quark Model - III
- Structure of the Hadron - Nucleus
- Structure of the Hadron - Proton
- Deep Inelastic Scattering
- Relativistic Kinematics
- Klein-Gordon Equation
- Interaction of charged scalar with EM field
- Relativistic Electrodynamics
- Quantum Electrodynamics
- Interaction between charged scalars
- Dirac Equation - 1
- Dirac Equation - 2
- Interacting charged fermions - 1
- Interacting charged fermions - 2
- Interacting charged fermions - 3
- Scattering Cross Section Revisited 1
- Scattering Cross Section Revisited 2
- Weak Interactions - 1
- Weak Interactions - 2
- Lagrangian Framework
- Gauge Symmetry - U(1)
- Electroweak Theory - 1
- Electroweak Theory - 2
- SSB and the Higgs Mechanism
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