Compared with conventional optical methods, optics implemented on microfluidic chips
provide small, and often much cheaper ways to interrogate biological systems from the level …

Tunable microlens arrays (MLAs) with controllable focal lengths have been extensively used
in optical sensors, biochips, and electronic devices. The commonly used method is …

A transparent fluid dibutyl adipate (DBA) is suitable for fabricating the adaptive lens due to
its unique deformation under a direct current (DC) electric field. In this report, a DBA liquid …

Successful integration of advanced semiconductor devices with biological systems has
greatly accelerated fundamental scientific discovery. In view of imaging/illumination …

In this work, liquid microlens arrays are fabricated by the template assisted liquid self-
assembly method and the corresponding focus adjustment is realized by the photothermal …

Inspired by vertebrate eyes, electro-hydrodynamic forces functioning as the ciliary muscle of
bio-inspired eyes are extremely appealing in micro-optical devices. Eyeball-shaped lenses …

This paper presents a simple but effective process to fabricate high quality aspheric
microlens arrays (MLA) and bifocal microlens arrays (BMLA) by predicting and adjusting the …

We characterize the superdiffusive dynamics of tracer particles in an
electrohydrodynamically driven emulsion of oil droplets in an immiscible oil medium, where …

In this paper we showed that tot'hema eosin sensitized gelatin (TESG) film can be used for
adaptive microlenses fabriacation. The mechanical properties of a pure gelatin film were …