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Nuclear and Particle Physics

Nuclear and Particle Physics. Instructor: Prof. Poulose Poulose, Department of Physics, IIT Guwahati. The first part of the course will discuss nuclear physics. Properties of nuclei and details of popular nuclear models, properties of nuclear decays and nuclear reactions will be discussed in brief, but in a self-consistent manner. The second part will discuss the basics of particle physics. In this part, the fundamental forces and the dynamics of elementary particles under these forces will be considered. After introducing relativistic quantum mechanics, relativistic formulation of Maxwell Equations and quantum electrodynamics will be discussed. This will be developed into the weak and strong nuclear forces based on the principle of gauge symmetry. The course will also introduce the physical principles of particle accelerators and detectors, including a very brief picture of the modern day complex detectors. (from nptel.ac.in)

Lecture 34 - Interacting Charged Fermions 2


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Basic Properties of Nucleus
Lecture 01 - Introduction
Lecture 02 - Properties of Nucleus
Lecture 03 - Properties of Nuclear Force
Nuclear Force
Lecture 04 - Deuteron
Lecture 05 - Nucleons Scattering
Lecture 06 - Nuclear Models I
Lecture 07 - Nuclear Models II
Lecture 08 - Radioactive Decay: General Properties
Lecture 09 - Nuclear Alpha Decay
Nuclear Beta Decay and Gamma Decay
Lecture 10 - Nuclear Beta Decay
Lecture 11 - Beta Decay Details
Lecture 12 - Gamma Decay
Nuclear Reactions
Lecture 13 - Nuclear Scattering: Preliminaries
Lecture 14 - Types of Reactions
Lecture 15 - Particle Accelerators I
Lecture 16 - Particle Accelerators II
Particle Detectors and Elementary Particles
Lecture 17 - Detectors
Lecture 18 - Elementary Particles: Introduction and Overview
Lecture 19 - Quark Model I
Lecture 20 - Quark Model II
Elementary Particles and Structure of the Hadron
Lecture 21 - Quark Model III
Lecture 22 - Structure of the Hadron: Nucleus
Lecture 23 - Structure of the Hadron: Proton
Structure of the Hadron and Electroweak Interactions
Lecture 24 - Deep Inelastic Scattering
Lecture 25 - Relativistic Kinematics
Lecture 26 - Klein-Gordon Equation
Lecture 27 - Interaction of Charged Scalar with EM Field
Electroweak Interactions
Lecture 28 - Relativistic Electrodynamics
Lecture 29 - Quantum Electrodynamics
Lecture 30 - Interaction between Charged Scalars
Lecture 31 - Dirac Equations 1
Lecture 32 - Dirac Equations 2
Lecture 33 - Interacting Charged Fermions 1
Lecture 34 - Interacting Charged Fermions 2
Lecture 35 - Interacting Charged Fermions 3
Lecture 36 - Scattering Cross Section Revisited 1
Lecture 37 - Scattering Cross Section Revisited 2
Lecture 38 - Weak Interactions 1
Lecture 39 - Weak Interactions 2
Lecture 40 - Lagrangian Framework
Lecture 41 - Gauge Symmetry - U(1)
Lecture 42 - Electroweak Theory 1
Lecture 43 - Electroweak Theory 2
Lecture 44 - SSB and the Higgs Mechanism