An overview of spin 1/2 fermion electromagnetic dipole 
moments is presented. Quantum loop Standard Model predictions are given 
and possible "new physics"  effects are parametrized in terms of the 
mass scales probed by anomalous magnetic,
electric and transition dipole moments.  Experimental measurements and 
bounds are discussed
with emphasis on the muon anomalous magnetic moment which may already be 
exhibiting signs of "new physics". Future electron and neutron edms 
along with the mu->e+photon transition moment are shown to have new 
physics mass scale sensitivities extending up to 1000TeV, modulo CP and 
flavor violation suppressions.