Cover image for From photons to Higgs : a story of light
Title:
From photons to Higgs : a story of light
Uniform Title:
Story of light
Personal Author:
Edition:
Second edition
Publication Information:
New Jersey : World Scientific, 2014
Physical Description:
xiv, 127 pages : illustrations ; 24 cm.
ISBN:
9789814579957

9789814583862
General Note:
Revision of: A story of light. 2004

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30000010337237 QC793.2 H36 2014 Open Access Book Book
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Reviews 1

Choice Review

As with the first edition (A Story of Light, 2004), this is not a textbook on particle physics. It would be useful for someone with advanced undergraduate preparation in physics who wants to learn about quantum field theory. Han (Korea Advanced Institute of Science and Technology and Duke Univ.) looks at the study of electromagnetism as his model for understanding modern particle physics. He does this by paralleling the quantization and field theory approach to electromagnetism with the development of particle physics. This reviewer was a bit skeptical of this, but he was wrong. As someone with a good foundation in electromagnetism (but not in particle physics ), he found it straightforward to follow the discussions. The second edition includes new chapters that address the consequences of the Higgs particle discovery. This required a major rewriting of other chapters in order to keep the readable flow of the book. Though the work is brief, it does do a good job of introducing modern particle physics efficiently. Han uses a combination of both mathematical and conceptual explanations, stressing conceptual aspects. From Photons to Higgs would work well for readers interested in a higher-level introduction to the subject. --Eric Kincanon, Gonzaga University


Table of Contents

Acknowledgmentsp. vii
Foreword to the Second Editionp. ix
Prologuep. 1
1 Particles and Fields I: Dichotomyp. 5
2 Lagrangian and Hamiltonian Dynamicsp. 10
3 Canonical Quantizationp. 17
4 Particles and Fields II: Dualityp. 22
5 Equations for Dualityp. 26
6 Electromagnetic Fieldp. 34
7 Emulation of Light I: Matter Fieldsp. 37
8 Road Map for Field Quantizationp. 41
9 Particles and Fields III: Particles as Quanta of Fieldsp. 47
10 Emulation of Light II: Interactionsp. 55
11 Triumph and Wanep. 61
12 Leptons and Quarksp. 67
13 What is Gauge Field Theory?p. 75
14 The Weak Gauge Fieldsp. 81
15 The Higgs Mechanism and the Electroweak Gauge Fieldsp. 87
16 The Higgs Particlep. 94
17 Evolution of the Strong Forcep. 97
18 The History of Color SU(3) Symmetryp. 102
19 Quantum Chromodynamics, QCDp. 107
Appendix 1 The Natural Unit Systemp. 111
Appendix 2 Notationp. 113
Appendix 3 Velocity-Dependent Potentialp. 115
Appendix 4 Fourier Decomposition of Fieldp. 118
Appendix 5 Mass Units for Particlesp. 120
Appendix 6 Mass-Range Relationp. 122
Indexp. 124