Speaker
Prof.
Dmitry Kazakov
(JINR (RU))
Description
The direct searches for Superymmetry can be complemented by direct searches for dark matter, if one assumes the Lightest Supersymmetric Particle (LSP) provides the dark matter of the universe. It is shown that within the CMSSM the direct searches are more sensitive than the direct LHC searches for large values of the squark masses, even if one considers the uncertainties from the local relic density and the form factors. A combined excluded region from LHC, rare decays, WMAP and XENON100 are provided, showing that gluinos below 1 TeV are excluded (m1/2 > 400GeV ) independent of the squark masses. This limit implies an LSP mass above 160 GeV in the CMSSM.
Primary author
Prof.
Dmitry Kazakov
(JINR (RU))
Co-author
Prof.
Wim de Boer
(KIT (Karlsruhe))
