Development of a Conceptual Storage Ring Structure for the Study of the Electric Dipole Moment of Light Nuclei

Key Points

• This work aims to develop a storage ring structure for studying the electric dipole moment of light nuclei, specifically protons and deuterons.
• Describes the concept of a storage ring structure with features to suppress spin rotation.
• Outlines frozen-spin and quasi-frozen-spin design elements to mitigate magnetic dipole influences.
• Determines field dependencies in spin-compensating elements for proposed methods.
• Introduces innovative design approaches for the storage ring to enhance EDM detection.
• Explains the effectiveness of frozen-spin structures in minimizing unwanted spin effects.