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We measured the magnetic resonance of rubidium atoms passing through periodicmagnetic fields generated by two types of multilayered transmission magneticgrating. One of the gratings reported here was assembled by stacking fourlayers of magnetic films so that the direction of magnetization alternated ateach level. The other grating was assembled so that the magnetization at eachlevel was aligned. For both types of grating, the experimental results were ingood agreement with our calculations. We studied the feasibility of extendingthe frequency band of the grating and narrowing its resonance linewidth byperforming calculations. For magnetic resonance precision spectroscopy, weconclude that the multi-layered transmission magnetic grating can generateperiodic fields with narrower linewidths at higher frequencies when a largernumber of layers is assembled at a shorter period length. Moreover, thefrequency band of this type of grating can potentially achieve frequencies ofup to hundreds of PHz.

Magnetic resonance of rubidium atoms passing through a multi-layered transmission magnetic grating