Abstract
SynopsisThe optical shielding efficiency in ultracold collisions is investigated for the first time with atoms of different species (39K-Cs) with a close-coupling approach. The spontaneous emission is taken into account through a complex optical potential. The results show that an efficient shielding can be achieved in the presence of a blue-detuned laser. The role of the light polarization on the shielding efficiency is carefully investigated.
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