Conveners
Strings & GUTs
- Matthew Baumgart (Carnegie Mellon University)
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Ran Lu (University of Michigan (US))07/05/2013, 16:30Strings & GUTsparallel talkI will discuss the anomalies free discrete symmetries in M theory compactified on a G2 manifold, the transformation of moduli and matter fields under these symmetries and estimation the size of the mu term in G2-MSSM as an applicationGo to contribution page
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Dr Ilia Gogoladze (University of Delaware)07/05/2013, 16:45Strings & GUTsparallel talkWe present a class of supersymmetric SO(10) models with t-b-tau Yukawa coupling unification condition, with emphasis on the prediction of the Higgs and top quark mass. We discuss qualitative features in this model that lead to a Higgs mass prediction close to 125 GeV and top quark mass prediction 173 GeV.Go to contribution page
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Mr Bob Zheng (University of Michigan)07/05/2013, 17:00Strings & GUTsparallel talk
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Ms Shreyashi Chakdar (Oklahoma State University)07/05/2013, 17:15Strings & GUTsparallel talkWe propose the minimal and renormalizable non-supersymmetric top SU(5) models where the SU(5)*SU(3)c* SU(2)L*U(1)Y gauge symmetry is broken down to the Standard Model(SM) gauge symmetry at the TeV scale. The first two families of the SM fermions are charged under SU(3)c*SU(2)L*U(1)Y while the third family is charged under SU(5).In the minimal top SU(5) model, we show that the quark CKM mixing...Go to contribution page
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Prof. Joel W. Walker (Sam Houston State University)07/05/2013, 17:30Strings & GUTsparallel talkThe No-Scale F-SU(5) model is built upon the tri-podal foundations of i) the Flipped SU(5) Grand Unified Theory, ii) extra TeV-scale vectorlike particle multiplets consistent with an F-Theory origin, and iii) the dynamic boundary conditions of No-Scale Supergravity. This model possesses the rather unique capacity to provide a light CP-even Higgs boson mass in the favored 124-126 GeV window...Go to contribution page
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Naoki Yamatsu (Indiana University)07/05/2013, 17:45Strings & GUTsparallel talkI will talk about an SU(5) SUSY GUT model with a noncompact horizontal symmetry SU(1,1). Especially, I will explain how to realize doublet-triplet mass splitting via the spontaneous symmetry breaking of the horizontal symmetry and also how to suppress the proton decay derived from the colored higgses. This talk is based on a paper arXiv:1304.5215 [hep-ph].Go to contribution page
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ufuk aydemir (Virginia Tech)07/05/2013, 18:00Strings & GUTsparallel talkWe investigate the physical implications of formulating the electroweak (EW) part of the Standard Model (SM) in terms of a superconnection involving the supergroup SU(2/1). In particular, we relate the observed Higgs mass to new physics at around 4 TeV. The ultraviolet incompleteness of the superconnection approach points to its emergent nature. The new physics beyond the SM is associated with...Go to contribution page