Tuesday, September 27, 2005, 3:30 pm — Large Seminar Room, Bldg. 510
By using the proposed resonance method to measure electric dipole moments (EDM) of nuclei and ions, we may achieve a statistic and systematic accuracy of ~10-29e-cm. The proposed apparatus for deuterons, p =1.5 GeV/c , includes magnets, R= 2.5m, static and oscillating magnetic quadrupoles, multipoles, and a set of accelerating RF cavities. When the deuterons, initially polarized horizontally, rotate in this ring, the rest-frame electric field, gamma*(v x B), oscillates with the frequency of the (g-2) rotations, and the EDM manifests itself in a growth of the deuteron vertical polarization.
Hosted by: William Kilgore
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