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Precision Tests of the Standard Electroweak Model
23 Feb 1995-
TL;DR: In this paper, the standard electroweak model, the weak neutral current, the measurement of electroweak parameters from deep inelastic neutrino scattering, F. Einsweiler, D. Treille future e+e-colliders at high energy and D. Burke.
Abstract: Part 1 The standard electroweak model: structure of the standard model, P. Langacker renormalization of the standard model, W. Hollik predictions for e+e- processes, W. Holik radiative corrections to neutral current processes, W. Marciano. Part 2 Precision tests at e+e-colliders: e+e- annihilation below the Z pole, D. Haidt and R. Marshall Z-pole experiments, D. Schaile polarization in e+e- annihilation, A. Blondel the LEP II program, D. Treille future e+e- colliders at high energy, D. Burke. Part 3 The weak neutral current: the measurement of electroweak parameters from deep inelastic neutrino scattering, F. Perrier elastic neutrino-nucleon scattering, A.K. Mann neutrino-electron scattering, J. Panman atomic parity violation experiments, C. Wieman the theory of atomic parity violation, J. Sapirstein charged lepton-hadron asymmetries in target experiments, P. Souder precision electroweak tests at HERA, H. Spiesberger. Part 4 The weak charged current: the unitarity of the Quark mixing matrix, A. Sirlin beta decay, right-handed currents and the search for new physics, J. Deutsch precision measurements in muon and tau decays, W. Fetscher and H.-J. Gerber muon decay and beta decay beyond the standard model, P. Herczeg. Part 5 Precision tests at hadron colliders, E. Einsweiler. Part 6 Implications of precision experiments: tests of the standard model and searches for new physics, P. Langacker exotic fermions, D. London. Part 7 The future, M Luo.
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Cites background from "Precision Tests of the Standard Ele..."
...The relevant contact contribution to the SM Hamiltonian density reads (Marciano, 1995)...
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...This is a “tree-level” (or the lowest-order) value of QW; more accurate values include SM radiative corrections (Marciano, 1995), which are typically a few percent and can be computed to high accuracy....
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TL;DR: In this article, the current theoretical and experimental status of the field of muon decay and its potential to search for new physics beyond the standard model is reviewed, together with the recent up-to-date motivations of lepton flavor violation based on supersymmetric models.
Abstract: This article reviews the current theoretical and experimental status of the field of muon decay and its potential to search for new physics beyond the standard model. The importance of rare muon processes with lepton flavor violation is highly stressed, together with precision measurements of normal muon decay. Recent up-to-date motivations of lepton flavor violation based on supersymmetric models, in particular supersymmetric grand unified theories, are described along with other theoretical models. Future prospects of experiments and muon sources of high intensity for further progress in this field are also discussed.
604 citations
Cites background from "Precision Tests of the Standard Ele..."
...For example, see reviews by Fetscher and Gerber (1995) and Herczeg (1995)....
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...Moreover, the asymmetry of e6 in m6→e6nn̄g from polarized muons is parametrized by another parameter, j•k (Fetscher and Gerber, 1995)....
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...(23) should be replaced by (Scheck, 1978; Fetscher and Gerber, 1995; Pich and Silva, 1995) tm 215 GF 2 mm 5 192p3 FFS me2mm2 D 14h memm GS me 2 mm 2 D 2 32 3 S r2 34 D me 2 mm 2 S 12 me4mm4 D G 3S 11 35 mm2mW2 D F11 a~mm!...
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