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 Award | 2 Mar 2026 |
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| Original language | English |
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| Awarding Institution | - The University of Manchester
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- Multipole RF ion trap
- 22-pole trap
- Actinide molecules
- Collisional cooling
- RF heating
- SIMION
- Precision spectroscopy
- Parity violation
- Time-reversal violation
Development of a Multi-Pole RF Ion Trap for Producing Cold Molecular Ions
Vale, E. (Author). 2 Mar 2026
Student thesis: Phd