An Introduction to Universality and Renormalization Group Techniques
by Alessandro Sfondrini
Publisher: arXiv 2012
Number of pages: 72
These lecture notes have been written for a short introductory course on universality and renormalization group techniques given at the VIII Modave School in Mathematical Physics by the author, intended for PhD students and researchers new to these topics.
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by Jenny Thomas - University College London
These notes will provide introductory coverage of modern particle physics, complete coverage of nuclear physics principals relevant to modern day nuclear physics usage, and comprehensive coverage of principals of particle detection and measurement.
by Thomas Teubner - Rutherford Appleton Laboratory
From the table of contents: QED as an Abelian Gauge Theory; Non-Abelian Gauge Theories; Quantum Chromodynamics; Spontaneous Symmetry Breaking; The Standard Model with one Family; Additional Generations; Neutrinos; Supersymmetry.
by Bengt Friman & Jörn Knoll - GSI
Content: Kinematics; Scattering theory; Thermodynamics of strongly interacting matter; Transport in theory and practice; Chiral symmetry in vacuum and at finite density; The properties of hadrons in dense / hot matter and possible signatures.
by Dan Kabat - Lehman College
Contents: The particle zoo; Flavor SU(3) and the eightfold way; Quark properties; Chiral spinors and helicity amplitudes; Spontaneous symmetry breaking; Chiral symmetry breaking; Effective field theory and renormalization; and more.