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Atom chips provide compact and robust platforms towards practical quantumtechnologies. A quick and faithful preparation of arbitrary input states forthese systems is crucial but represents a very challenging experimental task.This is especially difficult when the dynamical evolution is noisy andunavoidable setup imperfections have to be considered. Here, we experimentallyprepare with very high small errors different internal states of a RubidiumBose-Einstein condensate realized on an atom chip. As a possible application ofour scheme, we apply it to improve the sensitivity of an atomic interferometer.

Optimal preparation of quantum states on an atom chip device