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Development of a Multi-Pole RF Ion Trap for Producing Cold Molecular Ions

  • Ethan Vale

Student thesis: Phd

Abstract

Laser spectroscopy of heavy actinide molecules promises unprecedented sensitivity to parity and time-reversal violations, due to their high Z and extreme high-field environment. A new spectrometer has been proposed, with the intention of creating a suite of actinide molecules with tuned sensitivity to these violations. To maximise spectral sensitivity and resolution, molecular degrees of freedom must be cooled to the lowest states (
Date of Award2 Mar 2026
Original languageEnglish
Awarding Institution
  • The University of Manchester

Keywords

  • Multipole RF ion trap
  • 22-pole trap
  • Actinide molecules
  • Collisional cooling
  • RF heating
  • SIMION
  • Precision spectroscopy
  • Parity violation
  • Time-reversal violation

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