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Quantum Mechanics - 1st Edition - ISBN: 9780124835450, 9781483288857

Quantum Mechanics

1st Edition

Concepts and Applications

Author: John McGervey
eBook ISBN: 9781483288857
Imprint: Academic Press
Published Date: 29th June 1995
Page Count: 408
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This re-focused third edition of McGerveys Introduction to Modern Physics is one of the most comprehensive up-to-date textbooks and references sources on quantum mechanics available. This revision fills the gapbetween the mainly descriptive treatments of quantum mechanics, usually found in traditional modern physics texts, and the non-intuitive approaches that treat the subject as a series of mathematical theorems. McGervey achieves this goal with a thoughtfulanalysis of a number of experiments, supplementing these with fully worked examples, and by investigating paradoxes rather than relying on the analysis of a series of dry mathematical theorems. Software, provided with the text, is available for IBM-PC compatible computers with VGA graphics. The software is the basis for the homework problems, many of which have not been used in any form in other books at this level. The text is exceptionally current, a fact reflected in the significant amount of materialbased on articles published in recent years in The American Journal of Physics, The Physical Review,<$> and Science.<$> In all, McGervey provides a lively discussion that will motivate interest and understanding of the subject at the senior undergraduate level.

Key Features

@bul:* A re-focused third edition of McGervey's Introduction to Modern Physics

  • Analyzes a number of different experiments, supplementing these with numerical examples including fully worked problems
  • Includes software that is the basis for homework problems, many of which have not been seen in any other form in other books at this level
  • Investigates paradoxes rather than relying on the analysis of a series of dry mathematical theorems


This textbook is useful for a senior-level course on quantum mechanics, which is taken by virtually all undergraduate physics majors. Also of interest to students in materials science or metallurgy (especially quantum statistics), chemistry (especially atomic, molecular and optical), and astronomy.

Table of Contents

The Quantum Concept. Waves and Particles. The Schridinger Equation in One Dimension. Further Analysis of One-Dimensional Bound Systems. The Free Particle as a Traveling Wave. Three Dimensions and Angular Momentum. Angular Momentum and Superposition of States. The Radial Schridinger Equation. The Hydrogen Atom. Spin. Identical Particles. Approximate Solutions. Atomic Spectroscopy. Time-Dependent Perturbations and Radiation. Molecular Structure and Spectra. Quantum Statistics. Appendix A: Probability and Statistics. Appendix B: The Boltzmann Factor. Appendix C: Relativistic Dynamics. Appendix D: Derivation of the Eigenfunctions of the L<+>2 Operator. Appendix E: Solution of the Radial Equation for the Hydrogen Atom. Appendix F: Numerical Solution of the Schridinger Equation. Appendix G: Stable Particles. Appendix H: Table of Physical Constants. Index.


No. of pages:
© Academic Press 1995
29th June 1995
Academic Press
eBook ISBN:

About the Author

John McGervey

Affiliations and Expertise

Case Western Reserve University


@qu:"Veteran instructor McGervey (Case Western Reserve Univ.) provides a thorough introduction to quantum mechanics...The treatment of the subject is...refreshing in the consistency with which McGervey emphasizes the experiments underlying the development of quantum theory and the degree to which he insists on treating advanced concepts in understandable prose to appeal to a students intuition....A useful resource for physical chemists and applied mathematicians." @source:--CHOICE @qu:"The author has generally struck a good balance between conceptual development and mathematical rigor. [In summary, this book,]because of its unique approach and the improvements over McGervey I, should find substantial use in a one-semester course on Quantum Mechanics at the junior/senior level." @source:--Bruce D. McCombe/John T. Ho, AMERICAN JOURNAL OF PHYSICS

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