Titlebook: Beyond Standard Model Collider Phenomenology of Higgs Physics and Supersymmetry; Marc Christopher Thomas Book 2016 Springer International

Insensate

Why is There No International Theory? (1966)ed, as the latter is also motivated by Dark Matter and Electro-Weak baryogenesis, although we also explore scenarios with light sbottoms and/or staus as well as a SUSY induced reduced bottom Yukawa. Fits of the MSSM against the LHC data is performed, emphasising the fact that in most cases these are better than for the SM.

六個才偏離

Supersymmetric Higgs,ed, as the latter is also motivated by Dark Matter and Electro-Weak baryogenesis, although we also explore scenarios with light sbottoms and/or staus as well as a SUSY induced reduced bottom Yukawa. Fits of the MSSM against the LHC data is performed, emphasising the fact that in most cases these are better than for the SM.

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flammable

Multiple Higgs and Vector Boson Production,the Higgs couplings. In particular, triple Higgs production provides the best multiparticle channel to look for these deviations. The consequences of multiparticle production at the LHC is briefly explored.

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Marc Christopher ThomasNominated as an outstanding Ph.D. thesis by the University of Southampton, UK.Derives novel use of Higgs Boson production to test Standard Model predictions.Excludes electroweak baryogenesis from Mini

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Why is There No International Theory? (1966)ss the most promising “Beyond Standard Model” possibilities to resolve these issues, focusing on and discussing Supersymmetry and Effective Field Theories. It concludes by explaining the plan for the rest of the thesis.

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Why is There No International Theory? (1966)s can deviate from their Standard Model values. In such cases, at sufficiently high energies there could occur an onset of multiple Higgs boson and longitudinally polarised electroweak gauge boson (.) production. This chapter studies the sensitivity to anomalous Higgs couplings in inelastic processe

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Why is There No International Theory? (1966)tions of the W and Z bosons in the vector-boson scattering processes is introduced. It is shown that these observables allow sensitivity to the Higgs boson couplings to the gauge bosons and consequently to the theory underlying the Higgs sector. We conclude that the analysis of vector boson fusion p

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