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Simulating real-time scenarios to predict optical trapping behavior forcontinuous wave (CW) as well as femtosecond pulsed lasers is a challengingproblem. This is especially so, because, for a tightly focused laser, one mustalso include optical Kerr effect as well as thermal nonlinearity. We show herethe distinct differences between CW and femtosecond pulsed laser mediatedoptical trapping via their effect in scattering and gradient forces in theRayleigh regime. In our newly developed model, it will also be easier topredict the stability of the trap in real optical trapping scenario as well asprovide information regarding choice of solvents, probes, and opticalparameters like laser type, power range, wavelength, etc. as may the cases be.

Comparative study of the real-time optical trapping in the Rayleigh regime for continuous and pulsed lasers