1 Discovery of the atomic nucleus
2 Nuclear radius
3 Nuclear masses
4 Radioactive decay
5 Nuclear stability
6 Nuclear shell model
7 Elementary particles
8 Relativistic kinematics
9 Accelerators and detectors
10 The aqark model
11 Conservation laws
12 Hadronic interactions
13 Weak interactions
14 Neutrinos
15 The Dirac equation
16 The electroweak interaction
17 Applications of the standard model
18 Deep inelastic electron-proton scattering
19 The K0 - K0 system
20 The B0 - B0 system
A SU(3) wave functions of the light ground state mesons
B Mass formula
C SU(3) wave functions of the light ground state baryons
D The CKM matrix and CP violation
E Infinitesimal gauge field transformation
F Glossary
Claude Amsler studied experimental physics at the ETH in Zurich, Switzerland. He worked as a research associate at Queen Mary College in London, TRIUMF in Vancouver, the University of New Mexico and Brookhaven National Laboratory. After a CERN fellowship and a brief stay at the University of Munich he joined the Physics Institute of the University of Zurich, where he became full professor of physics in 1999. He has supervised 40 doctoral and master’s theses. He is now professor emeritus and a member of the senior staff at the Albert Einstein Center for Fundamental Physics, University of Bern. His main fields of interest are strong interaction physics and meson spectroscopy. He is a member of the CMS Collaboration and of the Particle Data Group. He is currently involved in antihydrogen experiments at CERN.
The textbook is interesting for undergraduates and graduate
students, and from a pedagogical view point it could also be useful
for teachers.
Mustapha Oulne 2015 Zentralblatt MATH 1335, FIZ Karlsruhe – Leibniz
Institute for Information Infrastructure
*Zentralblatt MATH 1335*
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