A dielectric liquid lens is prepared based on our previous work. By optimizing the device structure, the liquid lens presents a converging focus with good resolution and changes its focal length over a broad range with a low driving voltage. For a liquid lens with ~2.3 mm diameter in the relaxed state, it can resolve ~40 lp/mm. The resolution does not degrade during focus change. Its focal length can be varied from ~12 to ~5 mm when the applied voltage is changed from 0 to 28 Vrms. The response time of one cycle is ~2.5 s. Our liquid lens, with a low driving voltage for a large dynamic range, has potential applications in imaging, biometrics, optoelectronic, and lab-on-chip devices
This paper reports the development and characterization of a planar liquid lens based on electrowett...
A novel liquid crystal (LC) lens with an on-line tunability on focus length and optical axis is prop...
Non-mechanical variable lenses are important for creating compact imaging devices. Various methods e...
A dielectric liquid lens is prepared based on our previous work. By optimizing the device structure,...
A tunable-focus liquid lens using dielectrophoretic effect is demonstrated. When a voltage is applie...
A newly patterned electrode is designed for a dielectric liquid lens. The electrode has a radial int...
A newly patterned electrode is designed for a dielectric liquid lens. The electrode has a radial int...
A tunable-focus liquid microlens array based on dielectro-phoretic effect was demonstrated. In a len...
We demonstrate a tunable focus liquid crystal (LC) lens by sandwiching a homogeneous LC layer betwee...
[[abstract]]A liquid crystal droplet lens driven by the dielectrophoresis (DEP) force was demonstrat...
In this paper, we design, fabricate and characterize a new electromagnetically actuated variable-foc...
The thesis presents a design of a variable focus camera with liquid lens. There are no mechanical mo...
The meniscus between two immiscible liquids can be used as an optical lens. A change in curvature of...
A hole-patterned electrode liquid crystal (LC) lens with electrically switching coaxial bi-focus and...
[[abstract]]A packaged liquid lens driven by the dielectric force was demonstrated. The liquid lens ...
This paper reports the development and characterization of a planar liquid lens based on electrowett...
A novel liquid crystal (LC) lens with an on-line tunability on focus length and optical axis is prop...
Non-mechanical variable lenses are important for creating compact imaging devices. Various methods e...
A dielectric liquid lens is prepared based on our previous work. By optimizing the device structure,...
A tunable-focus liquid lens using dielectrophoretic effect is demonstrated. When a voltage is applie...
A newly patterned electrode is designed for a dielectric liquid lens. The electrode has a radial int...
A newly patterned electrode is designed for a dielectric liquid lens. The electrode has a radial int...
A tunable-focus liquid microlens array based on dielectro-phoretic effect was demonstrated. In a len...
We demonstrate a tunable focus liquid crystal (LC) lens by sandwiching a homogeneous LC layer betwee...
[[abstract]]A liquid crystal droplet lens driven by the dielectrophoresis (DEP) force was demonstrat...
In this paper, we design, fabricate and characterize a new electromagnetically actuated variable-foc...
The thesis presents a design of a variable focus camera with liquid lens. There are no mechanical mo...
The meniscus between two immiscible liquids can be used as an optical lens. A change in curvature of...
A hole-patterned electrode liquid crystal (LC) lens with electrically switching coaxial bi-focus and...
[[abstract]]A packaged liquid lens driven by the dielectric force was demonstrated. The liquid lens ...
This paper reports the development and characterization of a planar liquid lens based on electrowett...
A novel liquid crystal (LC) lens with an on-line tunability on focus length and optical axis is prop...
Non-mechanical variable lenses are important for creating compact imaging devices. Various methods e...