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We report on the implementation of a dynamically configurable, servomotor-controlled, permanent magnet Zeeman slower for quantum optics experiments withultracold atoms and molecules. This atom slower allows for switching betweenmagnetic field profiles that are designed for different atomic species.Additionally, through feedback on the atom trapping rate, we demonstrate thatcomputer-controlled genetic optimization algorithms applied to the magnetpositions can be used in situ to obtain field profiles that maximize thetrapping rate for any given experimental conditions. The device is lightweight,remotely controlled, and consumes no power in steady state; it is a step towardautomated control of quantum optics experiments.

Dynamically configurable and optimizable Zeeman slower using permanent magnets and servomotors