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1.: Teaching and Learning, 2.: Problem Solving, 3.: Assessment and Evaluation, 4.: Short Courses and Lecture Packs, 5.: More - - - , 6.: External Resources, ?:?

QM::11 Time Dependent Schr\"{o}dinger Equation

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QM::12 Free Particle and Particle in a Box

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QM::13 Energy Eigen Value Problems in One Dimension

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QM::14 Problems in Two Dimensions

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QM::15 Potentials With Special Properties Properties

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QM::16 Spherically Symmetric Potential Problems

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QM:: 17 Angular Momentum in Quantum Mechanics

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QM:: 18 Scattering in Three Dimensions

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QM::19 Method of Partial Waves

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QM:: 20 Spin and Identical Particles

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kapoor

21-11-26 22:11:32

Quantum Mechanics - Home Page

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kapoor

21-11-26 22:11:32

21th-hmw-01

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AK-47

21-11-26 19:11:03

Elementary Particle Physics-Home [EPP-HOME]

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kapoor

21-11-25 22:11:25

Newtonian Mechanics-Home [ME-HOME]

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kapoor

21-11-25 22:11:25

Optics-Home

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WORK IN PROGRESS

kapoor

21-11-25 22:11:14

Lectures on Hilbert Spaces --- Pankaj Sharan

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kapoor

21-11-24 22:11:59

21th-hmw-02

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AK-47

21-11-24 21:11:18

Statistical Mechanics (2017) ---- Furher Reading

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kapoor

21-11-21 18:11:54

Resources for Lecture Given at Madurai Kamraj University

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Jagdish Mehra, "Birth of Quantum Mechanics" , CERN Report 76-10
Yourgrau and Stanely Mandelstam, "Variational Principles in Dynamics and Quantum Theory", Pitman Publishing COrporation London (1960)
A. Pais,"Max Born's Statistical Interpretation of Quantum Mechanics" Science Vol 218 (1982) 1193
J. L. Basdevant and J. Dalibard, "Quantum Mechanics" Springer Heidelberg, (2002)

kapoor

21-11-21 14:11:43

Two Lectures on Transition from Classical to Quantum Mechanics --- Madurai Kamraj University

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kapoor

21-11-21 13:11:26

General Relativity-Lecture Notes

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kapoor

21-11-20 16:11:04

OTHER MEN's FLOWERS :: A collection of Resources from World Wide Web

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ashok

21-11-11 07:11:40

Info Page -2 :: Features of Proofs Programme

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The project team : Ranjan Shrivastava and A. K. Kapoor.

PROOFS by Kapoor is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License(link is external).
Based on a work at /users/kapoor.

This work is being pursued with a philosophy of working without attachment expressed beautifully by Sri RamKrishna Paramhansa who once said, “To work without attachment is to work without the expectation of reward or fear of any punishment in this world or the next. Work so done is a means to the end, and God is the end.”

Why repeat a lots of things ?

Why repeat all this? Because there are new generations born every day. Because there are great ideas developed in the history of man, and these ideas do not last unless they are passed purposely and clearly from generation to generation. === Richard Feynman (1998)

Many of the content are not my original, they are 'Other Men's Flowers'. My views on this issue resonate with the ideas in the article titled "Montaigne on “Curation,” the Illusion of Originality, and How We Form Our Opinions"

kapoor

21-11-10 01:11:18

Repository of Solved Examples [ ALL AREAS ]

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WORK UNDER PROGRESS

REPOSITORY OF SOLVED EXAMPLES

Classical-Mechanics
Electromagnetic Theory
Elementary Particle Physics
General Relativity
Lie Groups and Lie Algebras
Newtonian Mechanics
Nuclear Physics
Optics
Quantum Information and Quantum Computation
Quantum Field Theory
Quantum Mechanics
Statistical Mechanics
Thermodynamics

Example from Mani's Lectures

Waves and Oscillations

W O R K O N T H E R E P O S I T O R Y I S I N P R O G R E S S ... ... ...

kapoor

21-11-09 22:11:06

\(\S 9.1\) Schrodinger Picture of Time Evolution

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\(\S 9.1\) Time Evolution of Quantum Systems-I
\(\S 9.2\) Time Evolution of Quantum Systems-II
\(\S 9.3\) Perturbation Expanstion of S Matrix in Interaction Picture

kapoor

21-11-09 17:11:55

A Time Line of Quantum Mechanics

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This article gives time line of quantum mechanics in a brief and concise manner from 1879 to 1995.

https://www.4physics.com/phy_demo/QM_Article/timeline.html

"There are some really great articles on the Internet that are informative to a great extent on the timeline of Quantum Mechanics. This is one of the good ones that I found, covering the evolution of Quantum Mechanics from 1897 to 1995 in a concise manner."
(Post by Shobhit Sharma in https://www.quora.com : Graduate student in Physics at Duke University.)

I have selection of links to time line articles The first one is a detailed, yet concise, time line.

ashok

21-11-09 05:11:26

Jagdish Mehra --- The Birth of Quantum Mechanics

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Jagdish Mehra -The Birth of Quantum Mechanics
CERN YELLOW REPORT 76-10

This lecture delivered at CERN on March 30 1976 gives a fascinating account of the contributions made by Heisenberg in the early years of quantum mechanics.

ashok

21-11-09 04:11:40

Document 39

Node id: 4880basic_multi_step

kapoor

21-11-08 13:11:20

Browse & Filter

Waves and Oscillations-Home [WO-HOME]

Quantum Mechanics Home Part-II [QM-HOME-II]

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QM::11 Time Dependent Schr\"{o}dinger Equation

1.

Learning and Teaching

2.

Problem Solving

3.

Evaluation and Assessment

4.

Short Course of Lectures and Course Packs

5.

More - - -

6.

External Resources

QM::12 Free Particle and Particle in a Box

1.

Learning and Teaching

2.

Problem Solving

3.

Evaluation and Assessment

4.

Short Course of Lectures and Course Packs

5.

More - - -

6.

External Resources

QM::13 Energy Eigen Value Problems in One Dimension

1.

Learning and Teaching

2.

Problem Solving

3.

Evaluation and Assessment

4.

Short Course of Lectures and Course Packs

5.

More - - -

6.

External Resources

QM::14 Problems in Two Dimensions

1.

Learning and Teaching

2.

Problem Solving

3.

Evaluation and Assessment

4.

Short Course of Lectures and Course Packs

5.

More - - -

6.

External Resources

QM::15 Potentials With Special Properties Properties

1.

Learning and Teaching

2.

Problem Solving

3.

Evaluation and Assessment

4.

Short Course of Lectures and Course Packs

5.

More - - -

6.

External Resources

QM::16 Spherically Symmetric Potential Problems

1.

Learning and Teaching

2.

Problem Solving

3.

Evaluation and Assessment

4.

Short Course of Lectures and Course Packs

5.

More - - -