Optical vortices in helical fiber gratings - Alexeyev, Constantine;Lapin, Boris;Yavorsky, Maxim
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One of the topical problems in fiber singular optics is concerned with the study of generation, conversion and controlling optical vortices in optical fibers. In this work we address the question of evolution of optical vortices in multihelicoidal fibers - the optical fibers with a chiral symmetry. We show that such systems are able to carry out operations with the topological charge of the incoming optical field. Also we demonstrate that at certain conditions such fibers can generate optical vortices from regular incoming beams. Introducing defects into the structure of multihelical fibers…mehr

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Produktbeschreibung
One of the topical problems in fiber singular optics is concerned with the study of generation, conversion and controlling optical vortices in optical fibers. In this work we address the question of evolution of optical vortices in multihelicoidal fibers - the optical fibers with a chiral symmetry. We show that such systems are able to carry out operations with the topological charge of the incoming optical field. Also we demonstrate that at certain conditions such fibers can generate optical vortices from regular incoming beams. Introducing defects into the structure of multihelical fibers allows one to control the intensity, orbital angular momentum and topological charge of the vortex fields.
Autorenporträt
Constantine N Alexeyev (born 1960) is a Professor of Theoretical Physics andSolid State Physics Chair at Physical-Technical Institute of Crimean FederalUniversity. He received his PhD in optics and laser physics in 2002, in 2010 heobtained his DSc degree in optics. His field of interest is fiber singular optics.