The Standard Model
by Thomas Teubner
Publisher: Rutherford Appleton Laboratory 2008
Number of pages: 95
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.
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by Paolo Franzini - University of Rome
The Electromagnetic Interaction; The Weak Interaction; Strangeness; Quark Mixing; Quantum Chromodynamics; Hadron Spectroscopy; High Energy Scattering; The Electro-weak Interaction; Spontaneous Symmetry Breaking, the Higgs Scalar; etc.
by Guy D. Moore - McGill University
The object is to introduce the ideas behind lattice gauge theory, with an intended audience of quantum field theorists with no lattice experience. The author concentrates on field theory aspects which are elucidated by lattice gauge theory.
by Lee Schroeder - elementaryparticlesmodel.com
'Dark Matter and Other Elementary Particles' develops a spatial model of the elementary particles (e.g., proton, neutron, electron, quarks, nuclides, and mesons) for particle physics much as the 'ball and stick' model provides to chemistry.
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.