In supersymmetry, EDMs of various systems, in particular neutrons and electrons, are
correlated. Having observed one of them, one can make predictions for the others,
based on the specific SUSY breaking scenario. For example, most SUSY models predict
the neutron EDM/the electron EDM ratio to be of order 10. This can be viewed as an
indirect signature of supersymmetry.  Furthemore, large portions of  parameter space
accessible to EDM experiments are outside the reach of collider experimets, which
makes them particularly interesting.

By analysing the class of models based on a U(1) flavour symmetry, we analyse the
impact that present lepton flavour and CP violation data - neutrino oscillations,
baryon asymmetry of the universe, flavour violations in charged lepton decays and
lepton electric dipole moments - have on supersymmetric seesaw theories.

In the framework of SUSY seesaw models we calculate the LFV off-diagonal entries in
the slepton mass matrix from the fundamental model parameters and study the
correlations among different flavour channels.

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• Kaons (15') Slides  

• Status of study groups (15') Slides  

• Super B-factories/Belle (15') Slides  

We present full one-loop predictions of ratios for all LFV tau and muon decays of
type l_j -> 3l_i and l_j -> l_i+gamma in the context of the Constrained MSSM with three
(Majorana) nu_R and their SUSY partners.
We use the seesaw mechanism for neutrino mass generation and choose Universal
conditions at M_{GUT}. We study the restrictions on SUSY and seesaw parameters from
LFV and neutrino data.

The one-loop contributions to the branching ratios for leptonic tau decays are
calculated in the CP conserving 2HDM(II). We found that these one-loop contributions,
involving both neutral and charged Higgs bosons, dominate over the tree-level H^+
exchange, the latter one being totally negligible for the decay into electron.

• SLHA2 subgroup report (30') Slides