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Question-QM-06001 ---- Commuting Set of OperatorsNode id: 1964page |
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Question-QM-06003 --- Computing probability Node id: 1966page |
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SM-Mod03 Microcanonical EnsembleNode id: 3182page |
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QM-Mod10 :: Working with representationsNode id: 2761pageThis section has problems on coordinate and momentum representations.
To continue
Click on the Table of Contents at the top;
Alternatively use navigation links at the bottom right.
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\(\S\S\) 7.4 Q[9] \( \int_0^\infty \frac{\cos a x \, dx}{(x^2+b^2)^2+c^2}\)Node id: 1857page |
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\(\S\S\) 7.15 Q[1] Node id: 2829page |
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\(\S\S\) 7.3 Q[1] \(\int_0^\infty\frac{1}{(x^2+p^2)^2} dx \)Node id: 1566pageFull details are written out for this problem. This includes a proof that certain integrals vanish when Darboux theorem is used. In solutions to all other similar problems of this section, some of these details, being repetitive in nature, are suppressed. It is hoped that, if required, the reader will be able to supply the details by consulting this solution with full details. |
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Complex Variables --- Principles and Problem Sessions === SOLUTIONS and ERRATANode id: 2193curated_contentIt is proposed to post solutions to almost all the problem session in the book here. At present solutions to all most all Problem Sessions of Chapter 7, Contour Integration, has been completed. The solutions to problems in other chapters is being taken up.
At present solutions to problems in Chapter 3. "Function with Branch Point Singularity"
is Being Uploaded.
Errata is being compiled and will be uploaded in this book hierarchy.
Click to see what is available.
I take this opportunity to thank my friend and colleague, Prof. T. Amarnath, from School of Mathematics, University of Hyderabad for his kind words of appreciation and for recommending the book to National Board of Higher Mathematics for inclusion in scheme of distribution of mathematics books to Universities and Institutes in India.
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\(\S\S\) 7.6 Q[2] \(\int_0^\infty \frac{x^{p-1}}{x^2+2x+2}\)Node id: 1863page |
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\(\S\S\) 7.15 Q[2]Node id: 2830page |
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DYK-02 Connection beteen Keplers and Hooke's force laws Node id: 1826pageCoulomb's force law and Hooke's law are connected by a transformation called Bohlin's transformation.
$\newcommand{\DD}[2][]{\frac{d^2#1}{d#2^2}}$
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DYK-04 Who Revived the Klein Gordon Equation?Node id: 1828pageThe Klein Gordon equation in its original interpretation suffered from problem of negative probabilities. After quantum electrodynamics was successfully formulated, the second quantized Klein Gordon equation was shown to give a consistent formulation for spin zero particles. WHO DID THIS WORK?
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LFM/QM-13 :: Normalization of Continuous Energy SolutionsNode id: 3112page |
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Sample Quiz : Identities in QM Node id: 286page |
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Bits and PiecesNode id: 3327pageAs the name itself suggests, pages in this heirarchy are Bits and Pieces of resources. Most of these are targets of links in other pages on this site and also in pdf files distributed by email. Links may be provided to students, and friends alike for quickly checking some points.
The contant of most of resources will be obvious to the experts and also an experienced students
Some Bits and Pieces are collected to fill gaps left in text books and may serve useful purpose for a beginner. Many of these might be moved or removed completely in future.
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DYK-06 Position Operator in Relativistic Quantum Mechanics Node id: 1831page |
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Sample Rapid Fire QuizNode id: 288page |
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Quick ReminderNode id: 3332pageMiscelleaneous pages of quick reminder, need as prerequisite as some where else, will appear here
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Books - Not SortedNode id: 3163page |
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Random Mix-03 What all information does state of a quantum system give?Node id: 227pageRandom Mix-03
"What all information does state of a quantum system give?"
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