Quantum Mechanics, - Softcover

Rae, Alastair I.M.

3.73

70 ratings by Goodreads

Softcover

ISBN 10: 0750302178 ISBN 13: 9780750302173

Publisher: Taylor & Francis, 1992

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This text explains clearly and with the minimum of mathematics the quantum mechanics needed by physics undergraduates. It is aimed mainly at physics students who have finished the first year of their courses, but its easy-to-follow approach will appeal to any undergraduate following a quantum mechanics course.
It has been widely recommended as a course text for the last 12 years and this new edition brings the subjects covered right up-to-date - including an introduction to the de Broglie-Bohm hidden variable theory. Other changes include a discussion of the impressive new experiments that demonstrate neutron diffraction by macroscopic sized slits, a revised treatment of Clebsch-Gordan co-efficients and a fuller discussion of spontaneous emission in the chapter on time dependence.

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Review:

The addition of this new material has added a further dimension to what was already an excellent undergraduate text. The material is very well written, logically presented and illustrated with relevant contemporary examples wherever appropriate. . . In summary, this is a first-rate and relatively inexpensive book that would be an extremely useful text for anyone studying or teaching quantum physics at the tertiary level. It would also be a valuable refrence for postgraduate students needing a reasonably solid understanding of quantum mechanics for their research in other fields.

From the Publisher:

Key Features:

� UNDERGRADUATE TEXTBOOK
� New edition of best-selling textbook first published over 20 years ago, for a first course on quantum mechanics for physics, chemistry undergraduates.
� New chapters have been added on Relativistic Quantum Theory and Quantum Information; the latter includes discussions of quantum cryptography, quantum teleportation and quantum computing all of which have been front-line research topics during the last few years.
� The first edition was unusual for including a chapter on the conceptual and philosophical aspects of the subject. This has been largely re-written for the present edition so as to present an up-to-date account of work in this fascinating field.
� Earlier editions acquired a reputation for exceptional level of clarity of presentation. This has been maintained and extended in the present version with a more gradual introduction to the basic postulates and the inclusion of Dirac notation.
� Ideas are illustrated by up-to-date examples including scanning tunnelling microscopy, and the direct observation of the Bose-Einstein condensate.
� The book will be supported by a web page containing an up-to-date bibliography, colour versions of some of the illustrations and links to other relevant sites.
� Previous editions have sold around 1200 copies per year. The book is used widely for QM courses.

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