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This book is a guide for all those who want to explore the standard model using string theory. The approach pursued is "halfway" between a textbook and advanced research work and, accordingly, the book will allow both graduate students and particle phenomenologists to easily get acquainted with this fascinating field.
In this new edition the authors report on the status quo of the standard model following the discovery of the Higgs Boson, as well as the latest results concerning physics beyond the standard model. They present a formal introduction to string orbifolds and explain in detail how the massless states and the Kaluza-Klein spectra can be derived from the partition function. In turn, they provide an overview of orbifold phenomenology, by introducing the key aspects of string orbifolds in the context of SUSY standard models. In closing, the authors discuss the Grand Unified Theories (GUTs) from orbifolds and share key concepts regarding Calabi-Yau compactifications, M-theory and F-theory.
List of contents
Introduction and Summary.- Standard Model and Beyond.- Orbifolds.- Spinors.- Field Theoretic Orbifolds.- Quantization of Strings.- Strings on Orbifolds.- Formal Construction.- Non-prime Orbifolds.- Interactions on Orbifolds.- Effective Action.- Algebraic Structure.- Orbifold Phenomenology.- String Unification.- Smooth Compactification.- Flavor Physics.- Other Constructions.- A. Useful Tables for Model Building.
About the author
¿Kang-Sin Choi is assistant professor division chair of the Scranton Honors Program at Ewha Womans University, Seoul, Rep. of Korea. His research focuses on the Standard Model of particle physics and on how it can be completed by string theory.
Jihn E. Kim is professor emeritus at the Seoul National University, Rep. of Korea. As theoretical physicist, his research focuses on fundamental particles and their interactions, based on symmetry principles and superstring models. Some of his research interests concentrate on neutral currents, neutrino magnetic moment, invisible axion, dark matter, grand unification, and the cosmological constant problem.
