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LEC/QM-33 Charge Conjugation

Summary (or abstract) not available for this node.
kapoor kapoor's picture 20-04-09 19:04:36

Quantum Theory of Scattering

Pankaj Sharan

Physics Department, Jamia Millia Islamia

New Delhi

{1981-2013}

pankaj sharan pankaj sharan's picture 20-04-09 14:04:24

[L3] Quantum Field Theory :: A Course Package in Making

    • Unit A :: Pictures in Quantum Mechanics
    • Unit-B :: Time Dependent Perturbation Theory
    • Unit C :: Classical Fields
    • Unit D :: Quantization of Fields == Schrodinger Field
    • Unit E :: Quantization of Klein Gordon Field
    • Unit E :: Quantization of Electromagnetic  Field == Coulomb Gauge
    • Unit F :: Computation of Life Times and Cross section in First Order 
    • Unit G :: Quantization of Dirac Equation
    • Unit H ::  Space Time Symmetries; Writing Interactions
    • Unit H :: Time Ordered Products; Wick's Theorem
    • Unit I  ::  Feynman Diagrams and Feynman Rules
    • Unit J ::  Illustrative Examples

 

 

kapoor kapoor's picture 20-04-08 17:04:28

[L4] Proofs Archives

 Click for a complete list of all collections


TABLE OF CONTENTS


  • This  collection has a variety of archived  teaching resources.
  • Contributed by friends colleagues and by some of my teachers at different institutions. 
  • Resources of  selected courses given by me at different  institutions.
  • The resources can be downloaded
  • Online viewing of resources here is not supported.

kapoor kapoor's picture 20-04-08 17:04:26

2010-QM-I @ HCU :: Assignments

Contents

HomeWork: Matrix EIgnevalues EIgenvectors
WbQuest : Numerical Comparison of H Bohr's Theory with Precise Experimental data
Tutorial-I: Postulates of Quantum Mechanics  
Tutorial-II: Calculating Commutators  
Tutorial-III: Simultaneous Measurement, Uncertainty  
Tutorial-IV: Uncertainty Principle  
Tutorial-V: Matrix Elements Using Algebraic Methods  
Tutorial-VI: Coordinate and Momentum Space Wave Functions  
Tutorial-VII: Potential Problems in One Dimension  
Tutorial-VIII: Potential Problems in One Dimension  
Tutorial-IX: Reflection and Transmission in One Dimension  
Tutorial-X: Time Development  
Solved Examples-I: Dirac \(\delta\) function potential  


kapoor kapoor's picture 20-04-08 16:04:04

2010-QM-II @ HCU :: Assignments

Session-I::Spin Wave Functions and Operators
Session-II:: Addition of Angular Momenta
Session III::Spin and Identical Particles
Session IV::Bound State Perturbation Theory
Session V: Born Approximation
Session VI::Integral Equation, Green Function in One Dimension
Session VII::Variation Method
Session VIII::Perturbation Theory
Session IX:: GroupActivity-1
Session X::Group Activitty-2

kapoor kapoor's picture 20-04-08 16:04:45

LEC/QFT-03 Lie Algebra of PoinCare Group

Summary (or abstract) not available for this node.
kapoor kapoor's picture 20-04-08 16:04:09

[L0] Proofs Warehouse II :: Problems

Click here to Cross Level                        Click to go to Diamond Point         Click for a complete list of all collections

  • This collection is primarily meant for internal use of Proofs program.
  • The experts may  find it useful for selecting problems for homework
    and examination papers
kapoor kapoor's picture 20-04-07 22:04:16

[L3] Bundled Resources :: All Areas

Click here to Cross Level                        Click to go to Diamond Point         Click for a complete list of all collections


TABLE OF CONTENTS

  • Mathematical Physics
    • Ordinary Differential Equations
    • Partial Differential Equations
    • Complex Varaibles
    • Vector Spaces
    • Group Theory
    • Orthogonal Polynomials
    • Special Functions of Mathematical Physics
  • Classical Mechanics
  • Electromagnetic Theory
  • Quantum Mechanics
  • Statistical Mechanics
  • Quantum Field Theory*
  • Mechanics
  • Wave and Oscillations
  • Thermodynamics
  • Electricity amd Magnetism
  • Special Topics

INTRODUCING BUNDLED RESOURCES
A course in general consists of several smaller units.
A all resources to suit needs of a course unit are planned to be bundled as a single unit of resources.

The bundles here will also include topics which cover many different areas of Physics and Mathematical Physics. One such example is Green function.

  • Useful for self study by beginners
  • Also useful a parallel study for those who are doing a course
  • Recommended for students who want to concentrate on  a  chosen topic, learn the subject matter, solve problems and take a test; all this before moving  on to another topic.
  • Teachers will find this collection of resources useful for planing and teaching a course.
  • For purpose of teaching a  course, a selection of packs can form  a base for the course study material.

 

kapoor kapoor's picture 20-04-07 19:04:54

[L1] Repository - I :: Lecture Notes All Areas

Click here to Cross Level                        Click to go to Diamond Point         Click for a complete list of all collections


TABLE OF CONTENTS


  • This collection is primarily meant for internal use of Proofs program.
  • The experts may find it useful for planning their course lectures.
  • Each item is a "no frill" item. Comments of any sort, references or suggestion for reading etc are not provided.
kapoor kapoor's picture 20-04-07 19:04:05

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