Sven Heinemeyer
(IFCA (CSIC, Santander))
26/08/2010, 14:00
We use currently available experimental data to determine the preferred
Supersymmetry and Higgs boson mass scales. The data comprises electroweak
precision observables such as the W boson mass and the anomalous magnetic
moment of the muon, B physics observables such as BR(b -> s gamma),
as well as the cold dark matter density in the universe.
Within two GUT based realizations of the MSSM...
Prof.
Miguel-Angel Sanchis-Lozano
(University of Valencia)
26/08/2010, 14:17
Pheno
Mixing of a non-standard pseudoscalar light Higgs boson with eta_b states could
both distort the bottomonium spectrum, sizeably altering the hyperfine
splittings M[Y(nS)]-M[eta_b(nS)], and induce the decay of eta_b states into
taus, also breaking lepton universality in Upsilon decays. Present experimental
constraints from BaBar, CLEO, CDF and LEP will be reviewed in the talk, showing
the...
Dr
Sophy Palmer
(ITP, University of Karlsruhe)
26/08/2010, 14:34
Pheno
Higgs production via vector boson fusion is expected to be a very important process at the LHC, both as a discovery channel and as a method of examining the trilinear coupling between weak bosons and a Higgs. Complete one-loop virtual corrections to the production of all neutral Higgs bosons have been combined with two-loop Higgs propagator corrections and contributions due to real emission...
Prof.
Amitava Datta
(IISER-Kolkata, India)
26/08/2010, 14:51
Pheno
In some extensions of the standard model with extended Higgs sectors,
events from new particle production may pass the selection criteria for
Higgs search in different channels at the LHC-14 TeV and mimic Higgs signals.
This intriguing possibility is illustrated by Pythia based simulations
using several representative points in the parameter space of the minimal
supersymmetric standard...
Sven Heinemeyer
(IFCA (CSIC, Santander))
26/08/2010, 15:25
Pheno
We review the prospects for Central Exclusive Diffractive (CED)
production of BSM Higgs bosons at the LHC using
forward proton detectors installed
at 220 m and 420 m distance around ATLAS and / or CMS.
We update previous analysis for the MSSM taking into account
current improvements in the theoretical calculations and the most
recent exclusion bounds from the Tevatron.
We extend the...
