Resonance method of electric-dipole-moment measurements in storage rings
Yuri F. Orlov (1, 2), William M. Morse (1), Yannis K. Semertzidis, (1) ((1) Brookhaven National Laboratory, (2) Cornell University)
TL;DR
This paper introduces a resonance method for measuring nuclear electric dipole moments in storage rings, utilizing oscillating particle velocities and dual sub-beams to enhance measurement accuracy and correct for false signals.
Contribution
It presents a novel resonance approach with two key ideas: velocity oscillation in resonance and dual sub-beams for improved error correction.
Findings
Enhanced sensitivity in EDM measurements.
Effective correction of false signals from ring imperfections.
Potential for more precise nuclear EDM detection.
Abstract
A resonance method of measuring the electric dipole moment (EDM) of nuclei in storage rings is described, based on two new ideas: (1) Oscillating particles' velocities in resonance with spin precession, and (2) alternately producing two sub-beams with different betatron tunes--one sub-beam to amplify and thus make it easier to correct ring imperfections that produce false signals imitating EDM signals, and the other to make the EDM measurement.
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