The Electroweak Sector of the pMSSM in the Light of LHC - 8 TeV and
  Other Data
  Using the chargino-neutralino and slepton search results from the LHC in
conjunction with the WMAP/PLANCK and $(g-2)_{\mu}$ data, we constrain several
generic pMSSM models with decoupled strongly interacting sparticles, heavier
Higgs bosons and characterized by different hierarchies among the EW
sparticles. We find that some of them are already under pressure and this
number increases if bounds from direct detection experiments like LUX are taken
into account, keeping in mind the associated uncertainties. The XENON1T
experiment is likely to scrutinize the remaining models closely. Analysing
models with heavy squarks, a light gluino along with widely different EW
sectors, we show that the limits on gluino mass are not likely to be below 1.1
TeV, if a multichannel analysis of the LHC data is performed. Using this light
gluino scenario we further illustrate that in future LHC experiments the models
with different EW sectors can be distinguished from each other by the relative
sizes of the $n$-leptons + $m$-jets + ${\mbox{${E\!\!\!\!/_T}$}}$ signals for
different choices of $n$.
