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The magnetic field dependence of the in-plane magnetic penetration depth foroptimally doped SmFeAsO_(1-x)F_y was investigated by combining torquemagnetometry, SQUID magnetometry, and muon-spin rotation. The results obtainedfrom these techniques show all a pronounced decrease of the superfluid densityas the field is increased up to 1.4 T. This behavior is analysed within atwo-band model with self-consistently derived coupled gaps, where thesuperfluid density related to the larger gap is field independent and thesuperfluid density related to the smaller gap is strongly suppressed withincreasing field.

Field Dependent Superfluid Density in the Optimally Doped SmFeAsO_(1-x)F_y Superconductor