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Conferences > NLO > 2017 > NTh3A > NTh3A.5

Electronic Control of Nonlinear Polarization Evolution Modelocking in a Fiber Laser

David G. Winters, Sterling Backus, and Matthew S. Kirchner

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Abstract

We present a method for accessing all possible polarization states in a fiber oscillator allowing complete control of nonlinear polarization evolution using just four variable liquid crystal elements. We show automatic discovery of modelocking states as well as correction for environmental perturbations using an all-normal dispersion oscillator.

© 2017 Optical Society of America

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