The status of the g-2 measurement and the new deuteron EDM experiment
Yannis Semertzidis
Lundi 07/07/2008, 15:00
Bat 141, salle André Berthelot (143) Masque recommandé, CEA Paris-Saclay
In my talk I will describe the current status of the muon g-2 experiment with the current apparent discrepancy of 3.5 sigma between the theory and experiment, pointing into new physics accessible at LHC. Electric dipole moments (EDM) of fundamental particles violate both P and T symmetries. Through CPT conservation, CP is also violated. The deuteron EDM in storage rings experimental concept was developed to provide the next sensitivity level in hadronic EDMs. It will be the best experiment on theta_QCD, quark, and quark-chromo EDMs over current and currently planned experiments. Its reach for SUSY type new physics will be 300 TeV, or if there is new physics at the LHC scale, it will have a sensitivity of 10^-5 rad on CP-violating phases. Both of those limits are much beyond the design sensitivity of LHC.


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