Presents an optimized segmented surface Paul trap design achieving 5 kHz motional coupling between an antimatter H2- ion and a Be+ ion at 35 μm separation using 4 MHz axial frequencies and ~20 V static voltages.
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A modulation-theory reformulation separates mean position operators from quantum-fluctuation deviations to produce a Bessel-function approximation for atomic transition couplings whose error is attributed to the uncertainty principle.
Estimates based on prior collision data indicate limited rotational excitation accumulates during sympathetic cooling of diatomic molecular ions, with cooling times calculated for co-trapped single-ion and Coulomb crystal scenarios.
citing papers explorer
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Coupling of negative-positive trapped-ion pairs
Presents an optimized segmented surface Paul trap design achieving 5 kHz motional coupling between an antimatter H2- ion and a Be+ ion at 35 μm separation using 4 MHz axial frequencies and ~20 V static voltages.
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Modulation theory formulation of atomic light-matter interaction
A modulation-theory reformulation separates mean position operators from quantum-fluctuation deviations to produce a Bessel-function approximation for atomic transition couplings whose error is attributed to the uncertainty principle.