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CP Studies and Non-Standard Higgs Physics

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arxiv hep-ph/0608079 v1 pith:3NLJTFZN submitted 2006-08-07 hep-ph hep-ex

S. Kraml , E. Accomando , A.G. Akeroyd , E. Akhmetzyanova , J. Albert , A. Alves , N. Amapane , M. Aoki
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G. Azuelos S. Baffioni A. Ballestrero V. Barger A. Bartl P. Bechtle G. Belanger A. Belhouari R. Bellan A. Belyaev P. Benes K. Benslama W. Bernreuther M. Besancon G. Bevilacqua M. Beyer M. Bluj S. Bolognesi M. Boonekamp F. Borzumati F. Boudjema A. Brandenburg T. Brauner C.P. Buszello J.M. Butterworth M. Carena D. Cavalli G. Cerminara S.Y. Choi B. Clerbaux C. Collard J.A. Conley A. Deandrea S. De Curtis R. Dermisek A. De Roeck G. Dewhirst M.A. Diaz J.L. Diaz-Cruz D.D. Dietrich M. Dolgopolov D. Dominici M. Dubinin O. Eboli J. Ellis N. Evans L. Fano J. Ferland S. Ferrag S.P. Fitzgerald H. Fraas F. Franke S. Gennai I.F. Ginzburg R.M. Godbole T. Gregoire G. Grenier C. Grojean S.B. Gudnason J.F. Gunion H.E. Haber T. Hahn T. Han V. Hankele C. Hays S. Heinemeyer S. Hesselbach J.L. Hewett K. Hidaka M. Hirsch W. Hollik D. Hooper J. Hosek J. Hubisz C. Hugonie J. Kalinowski S. Kanemura V. Kashkan T. Kernreiter W. Khater V.A. Khoze W. Kilian S.F. King O. Kittel G. Klamke J.L. Kneur C. Kouvaris M. Krawczyk P. Krstonosic A. Kyriakis P. Langacker M.P. Le H.-S. Lee J.S. Lee M.C. Lemaire Y. Liao B. Lillie V. Litvin H.E. Logan B. McElrath T. Mahmoud E. Maina C. Mariotti P. Marquard A.D. Martin K. Mazumdar D.J. Miller P. Mine K. Moenig G. Moortgat-Pick S. Moretti M.M. Muhlleitner S. Munir R. Nevzorov H. Newman P. Niezurawski A. Nikitenko R. Noriega-Papaqui Y. Okada P. Osland A. Pilaftsis W. Porod H. Przysiezniak A. Pukhov D. Rainwater A. Raspereza J. Reuter S. Riemann S. Rindani T.G. Rizzo E. Ros A. Rosado D. Rousseau D.P. Roy M.G. Ryskin H. Rzehak F. Sannino E. Schmidt H. Schroder M. Schumacher A. Semenov E. Senaha G. Shaughnessy R.K. Singh J. Terning L. Vacavant M. Velasco A. Villanova del Moral F. von der Pahlen G. Weiglein J. Williams K. Williams A.F. Zarnecki D. Zeppenfeld D. Zerwas P.M. Zerwas A.R. Zerwekh J. Ziethe
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classification hep-phhep-ex
keywords higgsmodelsextranon-standardotherphysicssupersymmetricthere
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There are many possibilities for new physics beyond the Standard Model that feature non-standard Higgs sectors. These may introduce new sources of CP violation, and there may be mixing between multiple Higgs bosons or other new scalar bosons. Alternatively, the Higgs may be a composite state, or there may even be no Higgs at all. These non-standard Higgs scenarios have important implications for collider physics as well as for cosmology, and understanding their phenomenology is essential for a full comprehension of electroweak symmetry breaking. This report discusses the most relevant theories which go beyond the Standard Model and its minimal, CP-conserving supersymmetric extension: two-Higgs-doublet models and minimal supersymmetric models with CP violation, supersymmetric models with an extra singlet, models with extra gauge groups or Higgs triplets, Little Higgs models, models in extra dimensions, and models with technicolour or other new strong dynamics. For each of these scenarios, this report presents an introduction to the phenomenology, followed by contributions on more detailed theoretical aspects and studies of possible experimental signatures at the LHC and other colliders.

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  1. Dark CP Violation and Gauged Lepton/Baryon Number for Electroweak Baryogenesis

    hep-ph 2019-08 conditional novelty 6.0 of 10

    An electroweak baryogenesis model where dark-sector CP violation is transferred to Standard Model leptons through an anomalous U(1)_ℓ Z' background can produce the observed baryon asymmetry while evading current EDM bounds.

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