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9780750308397

Quantum Mechanics, Fourth Edition

by
  • ISBN13:

    9780750308397

  • ISBN10:

    0750308397

  • Edition: 4th
  • Format: Paperback
  • Copyright: 2002-05-20
  • Publisher: Inst of Physics Pub Inc
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List Price: $35.95

Summary

This fourth edition of a bestselling textbook covers quantum mechanics for physics undergraduates that have a knowledge of elementary atomic physics as well as researchers of quantum physics. Maintaining the exceptional level of clarity that made previous editions so popular, this edition incorporates a more gradual introduction to the basic postulates, new chapters on relativistic quantum theory and quantum information, Dirac notation, and up-to-date examples, including scanning tunneling microscopy and the direct observation of the Bose-Einstein condensate. The book is supported by a Web page containing a bibliography, color versions of some of the illustrations, and links to other relevant sites.

Author Biography

Alastair Rae is Reader in Quantum Physics at Birmingham University.

Table of Contents

Preface to Fourth Edition xi
Preface to Third Edition xiii
Preface to Second Edition xv
Preface to First Edition xvii
Introduction
1(13)
The photoelectric effect
2(1)
The Compton effect
3(2)
Line spectra and atomic structure
5(1)
de Broglie waves
6(1)
Wave-particle duality
7(5)
The rest of this book
12(2)
Problems
13(1)
The one-dimensional Schrodinger equations
14(25)
The time-dependent Schrodinger equation
14(4)
The time-independent Schrodinger equation
18(1)
Boundary conditions
19(1)
Examples
20(7)
Quantum mechanical tunnelling
27(6)
The harmonic oscillator
33(6)
Problems
38(1)
The three-dimensional Schrodinger equations
39(21)
The wave equations
39(2)
Separation in Cartesian coordinates
41(4)
Separation in spherical polar coordinates
45(8)
The hydrogenic atom
53(7)
Problems
59(1)
The basic postulates of quantum mechanics
60(34)
The wavefunction
61(1)
The dynamical variables
62(6)
Probability distributions
68(6)
Commutation relations
74(2)
The uncertainty principle
76(5)
The time dependence of the wavefunction
81(2)
Degeneracy
83(3)
The harmonic oscillator again
86(2)
The measurement of momentum by Compton scattering
88(6)
Problems
92(2)
Angular momentum I
94(15)
The angular-momentum operators
95(1)
The eigenvalues and eigenfunctions
96(4)
The experimental measurement of angular momentum
100(3)
General solution to the eigenvalue problem
103(6)
Problems
108(1)
Angular momentum II
109(25)
Matrix representations
109(3)
Pauli spin matrices
112(2)
Spin and the quantum theory of measurement
114(4)
Dirac notation
118(1)
Spin-orbit coupling and the Zeeman effect
119(7)
The strong-field Zeeman effect
121(1)
Spin-orbit coupling
122(2)
The weak-field Zeeman effect
124(2)
A more general treatment of the coupling of angular momenta
126(8)
Problems
132(2)
Time-independent perturbation theory and the variational principle
134(23)
Perturbation theory for non-degenerate energy levels
135(6)
Perturbation theory for degenerate levels
141(10)
Nearly degenerate systems
143(8)
The variational principle
151(6)
Problems
155(2)
Time dependence
157(24)
Time-independent Hamiltonians
158(5)
The sudden approximation
163(2)
Time-dependent perturbation theory
165(5)
Selection rules
170(4)
The Ehrenfest theorem
174(2)
The ammonia maser
176(5)
Problems
179(2)
Scattering
181(24)
Scattering in one dimension
181(5)
Scattering in three dimensions
186(3)
The Born approximation
189(4)
Partial wave analysis
193(12)
Problems
203(2)
Many-particle systems
205(21)
General considerations
205(1)
Isolated systems
206(2)
Non-interacting particles
208(1)
Indistinguishable particles
208(4)
Many-particle systems
212(4)
The helium atom
216(7)
Scattering of identical particles
223(3)
Problems
224(2)
Relativity and quantum mechanics
226(15)
Basic results in special relativity
226(1)
The Dirac equation
227(6)
Antiparticles
233(2)
Other wave equations
235(1)
Quantum field theory and the spin-statistics theorem
235(6)
Problems
239(2)
Quantum information
241(12)
Quantum cryptography
242(3)
Entanglement
245(1)
Teleportation
246(3)
Quantum computing
249(4)
Problems
252(1)
The conceptual problems of quantum mechanics
253(37)
The conceptual problems
253(2)
Hidden-variable theories
255(7)
Non-locality
262(11)
The quantum-mechanical measurement problem
273(14)
The ontological problem
287(3)
Problems
288(2)
Hints to solution of problems 290(6)
Index 296

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