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amsler c nuclear particle physics 2015

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Textbook in PDF format This textbook originated from lectures given at the Physics Institute of the University of Zurich in Switzerland between 1997 and 2012. It is intended as an introduction to nuclear and particle physics for undergraduate students at the bachelor’s and master’s levels. Students who intend to pursue a career in experi mental particle physics will also find valuable information in some of the more advanced sections. This introduction into the world of nuclei and particles is presented from a is torical viewpoint and is phenomenologically oriented. Many of the concepts and phenomena are derived with inductive rather than deductive thinking, following the paths that often led to their final formulation. A balanced blend of experiments and theory is presented. An introduction to the basic concepts of nuclear physics is given before moving on to topics in particle physics which are developed in more detail. Many formulas are derived explicitly from first principles. The reader is expected to master the basic concepts of quantum mechanics. This textbook was originally published in 2007 in German by vdf Hochschul verlag AG at ETH Zurich. The current version is a translation into English which has been substantially expanded to include very recent developments in neutrino, heavy quark and high energy physics Preface The discovery of the atomic nucleus The nuclear radius Nuclear masses Radioactive decay Nuclear stability The nuclear shell model Elementary particles Relativistic kinematics Accelerators and detectors The quark model Conservation laws Hadronic interactions Weak interactions Neutrinos The Dirac equation The electroweak interaction Applications of the standard model Deep inelastic electron–proton scattering The K − K 0 0 system The B − B 0 0 system Appendices A SU(3) wave functions of the light ground state mesons B Mass formula C SU(3) wave functions of light ground state baryons D The CKM matrix and CP violation E Infinitesimal gauge field transformation F Glossary

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Amsler C. Nuclear and Particle Physics 2015.pdf 35.1 MB

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amsler c nuclear particle physics 2015