Abstract
Driving the analogy between the coherent excitation of a two-state quantum system and the torque equation of motion, we present exact analytic solutions to different models for manipulation of polarization in birefringent medium. These models include the one-dimensional model, the Landau–Zener model, and the Demkov–Kunike model. We also give an example for robust, broadband manipulation of polarization by suitably tailoring the birefringence vector.
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