CORDIS Project
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This project employs advanced quantum logic techniques to measure the spin states of individual protons and antiprotons. By achieving precise detection of spin flips, it aims to test fundamental symmetries in particle physics, contributing to our understanding of matter-antimatter imbalance in the universe.
This proposal aims to apply ion-trap quantum logic techniques to precision measurements on individual (anti-)protons for fundamental physics tests.
In particular, we aim to measure g-factors of single (anti-)protons as a precise test of CPT symmetry.
This requires a method to detect single (anti-)proton spin flips.
Current efforts based on classical “magnetic bottle” techniques are hurt by the extreme difficulty and slowness of the spin state detection.
Discrete and direct state measurement is a…
GOTTFRIED WILHELM LEIBNIZ UNIVERSITAET HANNOVER
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