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We investigate the frequency comb induced radiation pressure force acting ona cloud of cold $^{87}$Rb atoms. Reduction and spectral broadening of thefrequency comb force are observed as the cloud's optical thickness isincreased. Since the radiation pressure force is uniquely determined by lightscattered by an atomic cloud, we discuss different scattering mechanisms, andpoint to the shadow effect as the dominant mechanism affecting FC-induced forcein resonantly excited dense atomic clouds. Our results improve theunderstanding of the interaction of frequency comb light with many-atomensembles, which is essential for novel frequency comb applications insimultaneous multi-species cooling, multi-mode quantum memories, and multi-modeatom-light interfaces.

Frequency-comb-induced radiation pressure force in dense atomic clouds