(Hardback, Second Edition)
By: Anthony Zee
ISBN: 9780691140346
Readership/Audience: Tertiary Education
Publication Date: May 2010
Publisher: Princeton University Press
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Covers the advances in the field while providing a conceptual foundation for students to build on quantum field theory available. This title includes exercises, explanations, and examples, as well as detailed appendices, solutions to selected exercises, and suggestions for further reading.
(Hardback)
By: Anthony Zee
ISBN: 9780691174297
Readership/Audience: General
Publication Date: Apr 2023
Publisher: Princeton University Press
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(Paperback)
By: Anthony Zee
ISBN: 9780691270456
Readership/Audience: General
Publication Date: May 2025
Publisher: Princeton University Press
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(Paperback)
By: P. J. E. Peebles
ISBN: 9780691209821
Readership/Audience: Professional and Scholarly
Publication Date: Nov 2020
Publisher: Princeton University Press
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(Hardback, 2nd edition)
By: Luca Peliti
ISBN: 9780691248424
Readership/Audience: Tertiary Education
Publication Date: Dec 2024
Publisher: Princeton University Press
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(Paperback)
By: Bryce Seligman Dewitt
ISBN: 9780691273662
Readership/Audience: Tertiary Education
Publication Date: Apr 2025
Publisher: Princeton University Press
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A novel interpretation of quantum mechanics, first proposed in brief form by Hugh Everett in 1957, forms the nucleus around which this book has developed. In his interpretation, Dr. Everett denies the existence of a separate classical realm and asserts the propriety of considering a state vector for the whole universe. Because this state vector nev
(Paperback)
By: Sam Treiman
ISBN: 9780691254364
Readership/Audience: General
Publication Date: Apr 2024
Publisher: Princeton University Press
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(Hardback)
By: Yuval Grossman
ISBN: 9780691239101
Readership/Audience: Tertiary Education
Publication Date: Jan 2024
Publisher: Princeton University Press
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(Paperback, First Edition, First ed.)
By: Gunter Scharf
ISBN: 9780486805245
Readership/Audience: General
Publication Date: Aug 2016
Publisher: Dover Publications Inc.
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Examination of appropriate formulation of quantum gauge invariance covers free fields, causal perturbation theory, spin-1 gauge theories involving both massless and massive gauge fields, spin-2 gauge theories, and non-geometric general relativity. 2001 edition.
(Paperback)
By: John Gribbin
ISBN: 9781804993583
Readership/Audience: General
Publication Date: Apr 2025
UK Publication Date: 30th January 2025
Publisher: Transworld Publishers Ltd
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(Paperback)
By: Niels Bohr
ISBN: 9781804175682
Readership/Audience: General
Publication Date: Aug 2023
UK Publication Date: 31st August 2023
Publisher: Flame Tree Publishing
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Featuring two works of quantum theory from the early years of the 20th Century, representing breakthroughs in science that radically altered the landscape of modern knowledge: Quantum Theory of Line-Spectra by Niels Bohr and The Origin and Development of the Quantum Theory by Max Planck. A new, popular edition with a clear introduction.
(Hardback)
By: DK
ISBN: 9780241471227
Readership/Audience: General
Publication Date: Feb 2021
UK Publication Date: 4th February 2021
Publisher: Dorling Kindersley Ltd
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(Paperback)
By: Sten Odenwald
ISBN: 9781839409622
Readership/Audience: Tertiary Education
Publication Date: Feb 2022
UK Publication Date: 1st February 2022
Publisher: Arcturus Publishing Ltd
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(Paperback)
By: Philip Ball
ISBN: 9781784706081
Readership/Audience: General
Publication Date: Feb 2019
UK Publication Date: 31st January 2019
Publisher: Vintage Publishing
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(Paperback)
By: Richard P Feynman
ISBN: 9780140125054
Readership/Audience: General
Publication Date: Sep 2007
UK Publication Date: 29th March 1990
Publisher: Penguin Books Ltd
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Quantum electrodynamics - or QED for short - is the theory that explains how light and electrons interact, and in doing so illuminates the mysteries of the world around us. This book uses examples to provide the definitive introduction to QED.
(Paperback)
By: Jed Brody
ISBN: 9780262538442
Readership/Audience: General
Publication Date: Feb 2020
UK Publication Date: 18th February 2020
Publisher: MIT Press Ltd
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An exploration of quantum entanglement and the ways in which it contradicts our everyday assumptions about the ultimate nature of reality.
(Hardback)
By: Jim Al-Khalili
ISBN: 9780718186272
Readership/Audience: General
Publication Date: Jan 2017
UK Publication Date: 26th January 2017
Publisher: Penguin Books Ltd
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(Paperback)
By: Dereje Seifu
ISBN: 9781098331252
Readership/Audience: General
Publication Date: Jan 2021
Publisher: BookBaby
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(Paperback)
By: George Musser
ISBN: 9780374536619
Readership/Audience: General
Publication Date: Dec 2016
Publisher: Farrar, Straus & Giroux Inc
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Long-listed for the 2016 PEN/E. O. Wilson Literary Science Writing Award.
(Paperback)
By: Paul Halpern
ISBN: 9781541672987
Readership/Audience: Tertiary Education
Publication Date: Jan 2019
Publisher: Basic Books
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The story of the unlikely friendship between the two physicists who fundamentally recast the notion of time and history
(Paperback)
By: Anil Ananthaswamy
ISBN: 9780715654934
Readership/Audience: General
Publication Date: Mar 2023
UK Publication Date: 16th March 2023
Publisher: Duckworth Books
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The clearest, most accessible explanation yet of the amazing world of quantum mechanics: a Duckworth contemporary classic, beautifully repackaged for our 125th anniversary
(Hardback)
By: Wayne Dodd
ISBN: 9781929918409
Readership/Audience: General
Publication Date: Sep 2003
Publisher: BOA Editions, Limited
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Brash, experimental, humorous, complex, and utterly surprising. The Isabella Gardner Poetry Award selection for 2003!
(Hardback)
By: Paul R. Berman
ISBN: 9780691140568
Readership/Audience: Tertiary Education
Publication Date: Mar 2011
Publisher: Princeton University Press
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Suitable for graduate students studying the interaction of optical fields with atoms, this book provides an introduction to the prototypical problems of radiation fields interacting with two- and three- level atomic systems.
(Hardback)
By: Eduardo Fradkin
ISBN: 9780691149080
Readership/Audience: Tertiary Education
Publication Date: Jun 2021
Publisher: Princeton University Press
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