Modal liquid crystal wavefront corrector | Zendy

С. П. Котова | Zendy; M Yu Kvashnin | Zendy; М. А. Рахматулин | Zendy; Oleg A. Zayakin | Zendy; Igor R. Guralnik | Zendy; N. A. Klimov | Zendy; Paul Clark | Zendy; Gordon D. Love | Zendy; Alexander F. Naumov | Zendy; Christopher D. Saunter | Zendy; Mikhail Loktev | Zendy; Gleb Vdovin | Zendy; Luba V. Toporkova | Zendy

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Modal liquid crystal wavefront corrector

Author(s) -

С. П. Котова,

M Yu Kvashnin,

М. А. Рахматулин,

Oleg A. Zayakin,

Igor R. Guralnik,

N. A. Klimov,

Paul Clark,

Gordon D. Love,

Alexander F. Naumov,

Christopher D. Saunter,

Mikhail Loktev,

Gleb Vdovin,

Luba V. Toporkova

Publication year - 2002

Publication title -

optics express

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 1.394

H-Index - 271

ISSN - 1094-4087

DOI - 10.1364/oe.10.001258

Subject(s) - optics , wavefront , deformable mirror , adaptive optics , modal , liquid crystal , wavefront sensor , physics , zernike polynomials , materials science , polymer chemistry

Results are presented of the properties of a liquid crystal wavefront corrector for adaptive optics. The device is controlled using modal addressing in which case the device behaves more like a continuous facesheet deformable mirror than a segmented one. Furthermore, the width and shape of the influence functions are electrically controllable. We describe the construction of the device, the optical properties, and we show experimental results of low order aberration generation.

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