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Theoretical study on modeling and sorting of real Chiral molecules by using resonant optical force

Establishing technologies to separate chiral materials is a challenging goal for various research fields. We theoretically study the chiral molecular sorting by using resonant optical force. Based on the coupled dipole model of a dye-molecule with chirality, we evaluate the optical force difference when irradiating the counter-propagating light waves with different circular polarizations. The result indicates the possibility of chiral molecular sorting by resonant optical force.