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There has been considerable recent interest in matterwave interferometry withbright solitons in quantum gases with attractive interactions, for applicationssuch as rotation sensing. We model the quantum dynamics of these systems andfind that the attractive interactions required for the presence of brightsolitons causes quantum phase-diffusion, which severely impairs thesensitivity. We propose a scheme that partially restores the sensitivity, butfind that in the case of rotation sensing, it is still better to work in aregime with minimal interactions if possible.

Quantum Noise in Bright Soliton Matterwave Interferometry