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Roberto Contino (CERN)26/07/2007, 14:00AlternativesParallel TalkI will present a simple effective Lagrangian description of warped extra-dimensional theories which includes the Standard Model particles and the first TeV-scale excitations. This economical approach to warped/composite theories greatly simplifies their phenomenological investigation and collider searches.Go to contribution page
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Anupama Atre (University of Wisconsin - Madison)26/07/2007, 14:20AlternativesParallel TalkHeavy quarks which mix with the Standard Model states appear in many new physics scenarios. We study signatures of such generic heavy quarks at hadron colliders as a function of their mass and mixing. We explore the interesting channel of single production of heavy quarks via electroweak processes. This channel has improved sensitivity compared to the kinematically suppressed QCD...Go to contribution page
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Dr Hooman Davoudiasl (Brookhaven National Laboratory)26/07/2007, 14:40AlternativesParallel TalkWe study the production and decay of Kaluza-Klein (KK) gravitons at the Large Hadron Collider (LHC), in the framework of a warped extra dimension in which the Standard Model (SM) fields propagate. Such a scenario can provide solutions to both the Planck-weak hierarchy problem and the flavor puzzle of the SM. In this scenario, the production via $q \bar{q}$ annihilation and decays to the...Go to contribution page
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Jared Kaplan (Harvard University)26/07/2007, 15:00AlternativesParallel TalkThe best-studied version of the RS1 model has all the Standard Model particles confined to the TeV brane. However, recent variants have the Standard Model fermions and gauge bosons located in the bulk five-dimensional spacetime. We study the potential reach of the LHC in searching for the lightest KK partner of the graviton in the most promising such models in which the right-handed top is...Go to contribution page
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Ben Lillie (Argonne / U. Chicago, EFI)26/07/2007, 15:20AlternativesParallel TalkIn many Randall-Sundrum constructions a large fraction of the new physics shows up as resonances in the t-tbar spectrum. These tops are produced at high invariant mass and p_T, and hence the decay products are highly collimated. This presents interesting challenges for observation. We show that, not only can these resonances be observed, but studies of their properties can reveal much...Go to contribution page
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Peter Schleper (CERN)26/07/2007, 15:40AlternativesParallel TalkNon-SUSY searches at HERAGo to contribution page
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