%0 Generic %1 Kraml2006CP %A Kraml, S. %A Accomando, E. %A Akeroyd, A. G. %A Akhmetzyanova, E. %A Albert, J. %A Alves, A. %A Amapane, N. %A Aoki, M. %A Azuelos, G. %A Baffioni, S. %A Ballestrero, A. %A Barger, V. %A Bartl, A. %A Bechtle, P. %A Belanger, G. %A Belhouari, A. %A Bellan, R. %A Belyaev, A. %A Benes, P. %A Benslama, K. %A Bernreuther, W. %A Besancon, M. %A Bevilacqua, G. %A Beyer, M. %A Bluj, M. %A Bolognesi, S. %A Boonekamp, M. %A Borzumati, F. %A Boudjema, F. %A Brandenburg, A. %A Brauner, T. %A Buszello, C. P. %A Butterworth, J. M. %A Carena, M. %A Cavalli, D. %A Cerminara, G. %A Choi, S. Y. %A Clerbaux, B. %A Collard, C. %A Conley, J. A. %A Deandrea, A. %A De Curtis, S. %A Dermisek, R. %A De Roeck, A. %A Dewhirst, G. %A Diaz, M. A. %A Diaz-Cruz, J. L. %A Dietrich, D. D. %A Dolgopolov, M. %A Dominici, D. %A Dubinin, M. %A Eboli, O. %A Ellis, J. %A Evans, N. %A Fano, L. %A Ferland, J. %A Ferrag, S. %A Fitzgerald, S. P. %A Fraas, H. %A Franke, F. %A Gennai, S. %A Ginzburg, I. F. %A Godbole, R. M. %A Gregoire, T. %A Grenier, G. %A Grojean, C. %A Gudnason, S. B. %A Gunion, J. F. %A Haber, H. E. %A Hahn, T. %A Han, T. %A Hankele, V. %A Hays, C. %A Heinemeyer, S. %A Hesselbach, S. %A Hewett, J. L. %A Hidaka, K. %A Hirsch, M. %A Hollik, W. %A Hooper, D. %A Hosek, J. %A Hubisz, J. %A Hugonie, C. %A Kalinowski, J. %A Kanemura, S. %A Kashkan, V. %A Kernreiter, T. %A Khater, W. %A Khoze, V. A. %A Kilian, W. %A King, S. F. %A Kittel, O. %A Klamke, G. %A Kneur, J. L. %A Kouvaris, C. %A Krawczyk, M. %A Krstonosic, P. %A Kyriakis, A. %A Langacker, P. %A Le, M. P. %A Lee, H. S. %A Lee, J. S. %A Lemaire, M. C. %A Liao, Y. %A Lillie, B. %A Litvin, V. %A Logan, H. E. %A McElrath, B. %A Mahmoud, T. %A Maina, E. %A Mariotti, C. %A Marquard, P. %A Martin, A. D. %A Mazumdar, K. %A Miller, D. J. %A Mine, P. %A Moenig, K. %A Moortgat-Pick, G. %A Moretti, S. %A Muhlleitner, M. M. %A Munir, S. %A Nevzorov, R. %A Newman, H. %A Niezurawski, P. %A Nikitenko, A. %A Noriega-Papaqui, R. %A Okada, Y. %A Osland, P. %A Pilaftsis, A. %A Porod, W. %A Przysiezniak, H. %A Pukhov, A. %A Rainwater, D. %A Raspereza, A. %A Reuter, J. %A Riemann, S. %A Rindani, S. %A Rizzo, T. G. %A Ros, E. %A Rosado, A. %A Rousseau, D. %A Roy, D. P. %A Ryskin, M. G. %A Rzehak, H. %A Sannino, F. %A Schmidt, E. %A Schroder, H. %A Schumacher, M. %A Semenov, A. %A Senaha, E. %A Shaughnessy, G. %A Singh, R. K. %A Terning, J. %A Vacavant, L. %A Velasco, M. %A del Moral, Villanova %A von der Pahlen, F. %A Weiglein, G. %A Williams, J. %A Williams, K. %A Zarnecki, A. F. %A Zeppenfeld, D. %A Zerwas, D. %A Zerwas, P. M. %A Zerwekh, A. R. %A Ziethe, J. %D 2006 %J ArXiv High Energy Physics - Phenomenology e-prints %K particlephysics %T CP Studies and Non-Standard Higgs Physics %U http://arxiv.org/abs/hep-ph/0608079 %X 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.

@misc{Kraml2006CP, abstract = {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.}, added-at = {2019-08-14T18:35:35.000+0200}, archiveprefix = {arXiv}, author = {Kraml, S. and Accomando, E. and Akeroyd, A. G. and Akhmetzyanova, E. and Albert, J. and Alves, A. and Amapane, N. and Aoki, M. and Azuelos, G. and Baffioni, S. and Ballestrero, A. and Barger, V. and Bartl, A. and Bechtle, P. and Belanger, G. and Belhouari, A. and Bellan, R. and Belyaev, A. and Benes, P. and Benslama, K. and Bernreuther, W. and Besancon, M. and Bevilacqua, G. and Beyer, M. and Bluj, M. and Bolognesi, S. and Boonekamp, M. and Borzumati, F. and Boudjema, F. and Brandenburg, A. and Brauner, T. and Buszello, C. P. and Butterworth, J. M. and Carena, M. and Cavalli, D. and Cerminara, G. and Choi, S. Y. and Clerbaux, B. and Collard, C. and Conley, J. A. and Deandrea, A. and De Curtis, S. and Dermisek, R. and De Roeck, A. and Dewhirst, G. and Diaz, M. A. and Diaz-Cruz, J. L. and Dietrich, D. D. and Dolgopolov, M. and Dominici, D. and Dubinin, M. and Eboli, O. and Ellis, J. and Evans, N. and Fano, L. and Ferland, J. and Ferrag, S. and Fitzgerald, S. P. and Fraas, H. and Franke, F. and Gennai, S. and Ginzburg, I. F. and Godbole, R. M. and Gregoire, T. and Grenier, G. and Grojean, C. and Gudnason, S. B. and Gunion, J. F. and Haber, H. E. and Hahn, T. and Han, T. and Hankele, V. and Hays, C. and Heinemeyer, S. and Hesselbach, S. and Hewett, J. L. and Hidaka, K. and Hirsch, M. and Hollik, W. and Hooper, D. and Hosek, J. and Hubisz, J. and Hugonie, C. and Kalinowski, J. and Kanemura, S. and Kashkan, V. and Kernreiter, T. and Khater, W. and Khoze, V. A. and Kilian, W. and King, S. F. and Kittel, O. and Klamke, G. and Kneur, J. L. and Kouvaris, C. and Krawczyk, M. and Krstonosic, P. and Kyriakis, A. and Langacker, P. and Le, M. P. and Lee, H. S. and Lee, J. S. and Lemaire, M. C. and Liao, Y. and Lillie, B. and Litvin, V. and Logan, H. E. and McElrath, B. and Mahmoud, T. and Maina, E. and Mariotti, C. and Marquard, P. and Martin, A. D. and Mazumdar, K. and Miller, D. J. and Mine, P. and Moenig, K. and Moortgat-Pick, G. and Moretti, S. and Muhlleitner, M. M. and Munir, S. and Nevzorov, R. and Newman, H. and Niezurawski, P. and Nikitenko, A. and Noriega-Papaqui, R. and Okada, Y. and Osland, P. and Pilaftsis, A. and Porod, W. and Przysiezniak, H. and Pukhov, A. and Rainwater, D. and Raspereza, A. and Reuter, J. and Riemann, S. and Rindani, S. and Rizzo, T. G. and Ros, E. and Rosado, A. and Rousseau, D. and Roy, D. P. and Ryskin, M. G. and Rzehak, H. and Sannino, F. and Schmidt, E. and Schroder, H. and Schumacher, M. and Semenov, A. and Senaha, E. and Shaughnessy, G. and Singh, R. K. and Terning, J. and Vacavant, L. and Velasco, M. and del Moral, Villanova and von der Pahlen, F. and Weiglein, G. and Williams, J. and Williams, K. and Zarnecki, A. F. and Zeppenfeld, D. and Zerwas, D. and Zerwas, P. M. and Zerwekh, A. R. and Ziethe, J.}, biburl = {https://www.bibsonomy.org/bibtex/28d7d631d80347dad63d2e6861fd3c464/karinawilliams}, citeulike-article-id = {3188149}, citeulike-linkout-0 = {http://arxiv.org/abs/hep-ph/0608079}, citeulike-linkout-1 = {http://arxiv.org/pdf/hep-ph/0608079}, citeulike-linkout-2 = {http://adsabs.harvard.edu/cgi-bin/nph-bib\_query?bibcode=2006hep.ph....8079K}, day = 7, eprint = {hep-ph/0608079}, interhash = {a5f63379abd50cb2465cd36a0ddd9816}, intrahash = {8d7d631d80347dad63d2e6861fd3c464}, journal = {ArXiv High Energy Physics - Phenomenology e-prints}, keywords = {particlephysics}, month = aug, posted-at = {2013-01-03 21:02:04}, priority = {2}, timestamp = {2019-08-14T18:35:35.000+0200}, title = {{CP} Studies and {Non-Standard} Higgs Physics}, url = {http://arxiv.org/abs/hep-ph/0608079}, year = 2006 }