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We introduce a novel type of time-averaged trap, in which the internal stateof the atoms is rapidly modulated to modify magnetic trapping potentials. Inour experiment, fast radiofrequency (rf) linear sweeps flip the spin of atomsat a fast rate, which averages out magnetic forces. We use this procedure tooptimize the accumulation of metastable chomium atoms into an optical dipoletrap from a magneto-optical trap. The potential experienced by the metastableatoms is identical to the bare optical dipole potential, so that this procedureallows for trapping all magnetic sublevels, hence increasing by up to 80percent the final number of accumulated atoms.

Averaging out magnetic forces with fast rf-sweeps in an optical trap for metastable chromium atoms