http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
Noncommutative geometry and the standard model of elementary particle physics
Ralf Holtkamp, Spectral triples and abstract Yang-Mills functional -- Ralf Meyer, Real spectral triples and charge conjugation -- Michael Frank, The commutative case: spinors, Dirac operator and de Rham algebra -- Peter M. Alberti and Reiner Matthes [Rainer Matthes], Connes' trace formula and Dirac realization of Maxwell and Yang-Mills action -- Bernd Ammann and Christian Bär, The Einstein-Hilbert action as a spectral action -- Ryszard Nest, Elmar Vogt and Wend Werner, Spectral action and the Connes-Chamsedinne model -- Herald Upmeier [Harald Upmeier], Dirac operator and real structure on Euclidean and Minkowski spacetime -- ; Karen Elsner, Holger Neumann and Harald Upmeier, The electro-weak model -- Karen Elsner, Holger Neumann and Harald Upmeier, The full standard model -- Holger Neumann and Harald Upmeier, Standard model coupled with gravity -- Florian Scheck, The Higgs mechanism and spontaneous symmetry breaking -- Bruno Iochum, The impact of NC geometry in particle physics -- Rainer Häussling, The su(2|1) model of electroweak interactions and its connection to NC geometry -- Klaus Fredenhagen, Quantum fields and noncommutative spacetime -- Edwin Langmann, NC geometry and quantum fields: simple examples -- Giovanny Landi [Giovanni Landi], Dirac eigenvalues as dynamical variables -- Raimar Wulkenhaar, Hopf algebras in renormalization and NC geometry -- Fedele Lizzi, NC geometry of strings and duality symmetry.
F. Scheck, H. Upmeier, W. Werner (eds.).