Conveners
We - 2
- M. Iwasaki
Prof.
Massimo Passera
(INFN)
19/10/2016, 11:00
Fundamental physics and precision experiments with muons, pions, neutrons, antiprotons, and other particles
Oral
I will present recent developments in the Standard Model prediction of the muon g-2 and the long-standing discrepancy with its measured value
Prof.
Naohito SAITO
(J-PARC / KEK)
19/10/2016, 11:30
Fundamental physics and precision experiments with muons, pions, neutrons, antiprotons, and other particles
Oral
While we have been longing for the signals of new physics beyond the standard model, there is no convincing indication yet at the high energy frontier, LHC. There is an increasing importance in exploring intensity and precision frontier especially to shape a possible new physics by further investigating the flavor dynamics and by testing symmetries in the nature.
In this talk, we try to cover...
Mr
Julian J. Krauth
(MPQ Garching)
19/10/2016, 12:00
Low energy precision tests of the Standard Model
Oral
In 2010 the CREMA collaboration measured the rms charge radius of the proton via laser spectroscopy of the 2S-2P Lamb shift in muonic hydrogen [1, 2]. Very recently the charge radius of the deuteron was determined [3]. Both measurements yield very precise charge radii but both values result 7 standard deviations away from the expected values, given by CODATA [4]. Follow-up measurements of the...
Dr
Dai Tomono
(Osaka University)
19/10/2016, 12:20
Fundamental physics and precision experiments with muons, pions, neutrons, antiprotons, and other particles
Oral
We have constructed a new DC muon beamline, MuSIC (MUon Science Innovative muon beam Channel) at Research Center for Nuclear Physics (RCNP), Osaka University. The MuSIC comprises the world’s most efficient DC muon source using the first pion capture solenoid system and muon beam transport magnets from the solenoid end to an experimental port.
We are now commissioning the beamline and...
Dr
Matteo Fael
(Bern Universität)
19/10/2016, 12:40
Oral
We present the differential decay rates and the branching ratios of the μ → eννγ and μ → eeeνν decays in the SM at next-to-leading order. These two rare decay modes of the muon are among the source of background in the experiments searching for charge lepton flavour violating (CLFV) decays μ → eγ and μ → eee. Indeed, the SM decays are indistinguishable from the CLFV ones except for the energy...
