Description
Book SynopsisSuitable for undergraduate and graduate physics students, this unique textbook provides an ideal entry point into particle, nuclear, and astroparticle physics and presents the modern concepts, theories, and experiments that explain the elementary constituents and basic forces of the universe.
Trade ReviewIn this long-awaited, agile and modern textbook, the author takes an innovative deep approach which favours quick and unexpected connections between diverse subjects while stimulating critical thinking and further inquiry. It is a fluent, fascinating book with an exhaustive description of the most updated particle and nuclear physics state of the art. * Lucia Votano, emeritus Frascati INFN National Laboratory *
Professor Terranova offers a fresh, much-needed look at the way the foundations of particle and nuclear physics are introduced to university students. This textbook exhibits a fine balance of mathematical rigour, clarity, useful examples, and completeness. It is a stimulating reading that will please the most exigent scholars. * Antonio Bueno, University of Granada *
An excellent undergraduate textbook that covers many aspects of modern particle physics, including quarks and the Higgs boson, assuming only basic notions of Special Relativity and Quantum Mechanics. An invaluable reference for any student or teacher who wants a simple but complete introduction to our current understanding of the fundamental interactions in Nature. * Alberto Zaffaroni, Milano-Bicocca University *
This book is written as a captivating story of particle physics that enlightens students on the beauty of particle physics and motivates them to pursue further studies of the subject. * Alessandro Tricoli, Brookhaven National Laboratory *
Table of Contents1: Setting the scene 2: Scattering and decay 3: Measurements in particle physics 4: Accelerators and colliders 5: Symmetries and antimatter 6: Electromagnetic interactions 7: The modern theory of strong interactions 8: Flavor symmetries and the quark models 9: From QCD to nuclear physics 10: Weak interactions 11: Radioactivity and cosmic engines 12: The electroweak theory 13: At the forefront of the Standard Model Free
