Dark Matter and Other Elementary Particles
by Lee Schroeder
Publisher: elementaryparticlesmodel.com 2010
Number of pages: 233
The authors 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. Although the overall model is based upon a few simple assumptions, the effort leads to the development of spatial models for quarks, elementary particles and atomic nuclei that show attributes and predictions that are not provided by other spatial models.
This document is no more available for free.
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 Stephen R. Sharpe - arXiv.org
My aim is to explain the essentials of lattice calculations, give an update on the present status of calculations of phenomenologically interesting quantities, and to provide an understanding of the various sources of uncertainty in the results.
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 Jean Iliopoulos - arXiv
These are lectures which I gave at the 2012 CERN Summer School. They cover the basics of gauge symmetries and the phenomenon of spontaneous symmetry breaking which are used in the construction of the Standard Model of the Electro-Weak Interactions.