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Advances in Precision Polarimetry and Polarized Beam Sources for Electrons, Positrons, and Ions

This presentation discusses cutting-edge developments in precision polarimetry and polarized beam sources, focusing on electrons, positrons, and ions. It covers conventional and unconventional methods, including atomic traps and storage rings. Significant contributions from institutions like JLAB, CERN, and others are highlighted. The relevance of electric dipole moments and networking through initiatives like EUCARD-II to strengthen collaborations across diverse research areas is examined. Specific workshops addressing varied topics such as electron polarimetry and antiproton sources are also featured.

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Advances in Precision Polarimetry and Polarized Beam Sources for Electrons, Positrons, and Ions

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  1. X-BEAM-V Polarisation Kurt Aulenbacher Geneva 14. 6. 2013

  2. Electrons: - conventional Precision Polarametry ( JLAB, JGU, many others) • - unconvetioanal: atomic traps & polarized targets (Dubna, JGU, Industry) • - Storage rings with SR (U-Bonn, U-Do, CERN, JLAB) • Positrons: - sources: c.w. Beams: (>70% P! & applications!!) (JLAB, JGU) • sources: ILC source (DESY Zeuthen, U-Hamburg, JGU) • Ions -sources: FZJ, U-Bonn, GSI • - rings & depolarization (Deuterons!) : FZJ, BNL, CERN??? • - specific: antiprotons, longitudinal deuteron, He3,.... • Fundamental: • -Electric Dipole moments (FZJ, Fermilab,) X-BEAM-V: existing networks EUCARD-II networking to intensify relations between (seemingly) separate subjects Workshops: Existing workshops (PESP. PSTP) try covering wide range - Specific topical workshops (precision electron polarimetry, pol e+ sources, antiprotons) With small number of participants....

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