Influence of the Radio-Frequency source properties on RF-based atom traps
Olivier Morizot (LPL), Laurent Longchambon (LPL), Raghavan Kollengode, Easwaran (LPL), Romain Dubessy (LPL), Elena Knyazchyan (LPL), Paul-Eric, Pottie (LPL), Vincent Lorent (LPL), H\'el\`ene Perrin (LPL)
TL;DR
This paper examines how the properties of radio-frequency sources affect the quality of RF-based atom traps, supported by experimental results from Bose-Einstein condensation experiments.
Contribution
It provides an analysis of RF source quality requirements and demonstrates their impact through experimental comparisons in atom trapping.
Findings
RF source stability influences trap quality
Experimental results show differences in atom confinement
Optimal RF source properties improve Bose-Einstein condensation
Abstract
We discuss the quality required for the RF source used to trap neutral atoms in RF-dressed potentials. We illustrate this discussion with experimental results obtained on a Bose-Einstein condensation experiment with different RF sources.
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