A cylindrical lens is demonstrated using two planar substrates and a homogeneous liquid crystal (LC) layer. The top substrate has slit electrodes on its outer surface and the bottom has a transparent electrode on its inner surface. An applied voltage across the cell induces a cylindrical-like gradient refractive index within the LC layer which causes light to focus. The focal length is tunable by the applied voltage. Such a cylindrical lens can be easily fabricated with wide aperture size
A hole-patterned electrode liquid crystal (LC) lens with electrically switching coaxial bi-focus and...
A lens created by field controlled variation of the index of refraction in a liquid crystal cell has...
We demonstrate a tunable focus liquid crystal (LC) lens by sandwiching a homogeneous LC layer betwee...
A cylindrical lens is demonstrated using two planar substrates and a homogeneous liquid crystal (LC)...
A cylindrical lens is demonstrated using two planar substrates and a homogeneous liquid crystal (LC)...
Tunable-focus cylindrical liquid crystal lenses of four different electrode configurations are analy...
Tunable-focus cylindrical liquid crystal lenses of four different electrode configurations are analy...
Tunable-focus cylindrical liquid crystal lenses of four different electrode configurations are analy...
We study a tunable-focus lens with convex and flat electrodes in a homogeneous liquid crystal (LC) c...
We study a tunable-focus lens with convex and flat electrodes in a homogeneous liquid crystal (LC) c...
We study a tunable-focus lens with convex and flat electrodes in a homogeneous liquid crystal (LC) c...
We study a tunable-focus lens with convex and flat electrodes in a homogeneous liquid crystal (LC) c...
A novel liquid crystal (LC) lens with an on-line tunability on focus length and optical axis is prop...
A tunable-focus spherical lens using two flat substrates and inhomogeneous electric field over a hom...
A tunable-focus spherical lens using two flat substrates and inhomogeneous electric field over a hom...
A hole-patterned electrode liquid crystal (LC) lens with electrically switching coaxial bi-focus and...
A lens created by field controlled variation of the index of refraction in a liquid crystal cell has...
We demonstrate a tunable focus liquid crystal (LC) lens by sandwiching a homogeneous LC layer betwee...
A cylindrical lens is demonstrated using two planar substrates and a homogeneous liquid crystal (LC)...
A cylindrical lens is demonstrated using two planar substrates and a homogeneous liquid crystal (LC)...
Tunable-focus cylindrical liquid crystal lenses of four different electrode configurations are analy...
Tunable-focus cylindrical liquid crystal lenses of four different electrode configurations are analy...
Tunable-focus cylindrical liquid crystal lenses of four different electrode configurations are analy...
We study a tunable-focus lens with convex and flat electrodes in a homogeneous liquid crystal (LC) c...
We study a tunable-focus lens with convex and flat electrodes in a homogeneous liquid crystal (LC) c...
We study a tunable-focus lens with convex and flat electrodes in a homogeneous liquid crystal (LC) c...
We study a tunable-focus lens with convex and flat electrodes in a homogeneous liquid crystal (LC) c...
A novel liquid crystal (LC) lens with an on-line tunability on focus length and optical axis is prop...
A tunable-focus spherical lens using two flat substrates and inhomogeneous electric field over a hom...
A tunable-focus spherical lens using two flat substrates and inhomogeneous electric field over a hom...
A hole-patterned electrode liquid crystal (LC) lens with electrically switching coaxial bi-focus and...
A lens created by field controlled variation of the index of refraction in a liquid crystal cell has...
We demonstrate a tunable focus liquid crystal (LC) lens by sandwiching a homogeneous LC layer betwee...