  The minimal supersymmetric standard model (MSSM) particles can generate
loop-level radiative corrections that contribute to the electric dipole moment
(EDM) of an electron. The upper bound on the EDM can therefore be used for
delineating the MSSM parameters space. We use this setting to describe a
direction of particle physics phenomenology research -- the global fits of
particle physics models beyond the standard model. This is done within the
context of the MSSM phenomenology framework with thirty free parameters
(MSSM30). Using samples of MSSM30 parameter-space points constrained with the
latest bound on the electron EDM, we show that Arg(mu M2) is the most
constrained MSSM CP-violating phase. The EDM-compatible parameter regions
feature multi-TeV pseudoscalar Higgs bosons and relatively lower "tan beta"
values compared to previous analyses.
