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<p>A novel experimental setup with spatially separated magnetic and electrostatic fields is proposed for the study of proton and deuteron electric dipole moments (EDMs). The lattice design, which employs a spin compensator to achieve the “quasi-frozen” spin condition for precise measurements, demonstrates adaptability to existing facilities for high-energy physics research.</p>

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Quasi-frozen spin for both deuteron and proton beams in a periodic EDM storage ring lattice

  • 期刊论文

  • 发表日期：

    2026年5月21日

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  • Sergey Dmitrievich Kolokolchikov,
  • Yury Valerievich Senichev,
  • Alexander Evgenievich Aksentyev,
  • Alexey Aleksandrovich Melnikov,
  • Patricia Igorevna Palamarchuka

摘要

A novel experimental setup with spatially separated magnetic and electrostatic fields is proposed for the study of proton and deuteron electric dipole moments (EDMs). The lattice design, which employs a spin compensator to achieve the “quasi-frozen” spin condition for precise measurements, demonstrates adaptability to existing facilities for high-energy physics research.