A New Experiment To Measure The Muon Electric Dipole Moment

Jp Miller,Rm Carey, V Logashenko, Kr Lynch,Bl Roberts, A Silenko,G Bennett, Dm Lazarus, Lb Leipuner, W Marciano,W Meng,Wm Morse,R Prigl,Yk Semertzidis, V Balakin, A Bazhan, A Dunikov, B Khazin,Ib Khriplovich, G Sylvestrov, Y Orlov,K Jungmann,Pt Debevec,Dw Hertzog,Cjg Onderwater,Cs Ozben, E Stephenson,M Auzinsh,P Cushman,R Mcnabb, N Shafer-Ray, K Yoshimura, A Aoki, Y Kuno, A Sato, M Iwasaki,Fjm Farley

INTERSECTIONS OF PARTICLE AND NUCLEAR PHYSICS（2003）

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摘要

A description is given of a new experiment to measure the muon electric dipole moment (EDM) to between sigma = 10(-24) e-cm and 10(-25) e-cm, which would be 5 to 6 orders of magnitude improvement over the current world average. Muons are stored in a magnetic ring. Precession due to Thomas precession and the magnetic moment are canceled with the proper combination of applied E and B fields. Only precession due to a non-vanishing EDM remains, resulting in a large amplification of the EDM signal. The method has general applicability to charged particles.

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关键词

measurement error,charged particles,magnetic moment,elementary particles,electric dipole moment

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