Non-mechanical optical beam steering has received extraordinary attention in recent
decades because it can steer a beam to a desired direction or location without moving parts …

Digital microfluidic (DMF) platforms have contributed immensely to the development of
multifunctional lab-on-chip systems for performing complete sets of biological and analytical …

Tweezers based on optical, electric, magnetic, and acoustic fields have shown great
potential for contactless object manipulation. However, current tweezers designed for …

In this paper, a dual interface trapezium liquid prism with beam steering function is
implemented and analyzed. The electrowetting-on-dielectric method is used to perform the …

This study presents an electrically actuated tilting micro platform based on liquid
dielectrophoresis with three axes movement using three droplets situated 120° apart from …

A new 3D focal control system composed of arrayed optofluidic prisms is presented.
Through dynamic control of the fluid-fluid interface via electrowetting, incoming rays are …

To explore the optoelectronic wetting droplet transport mechanism, a transient numerical
model of optoelectrowetting (OEW) under the coupling of flow and electric fields is …

Hypothesis When a liquid droplet is confined between two non-parallel hydrophobic
surfaces with dihedral angle α, its behavior is largely influenced by the asymmetric …

This study introduces a steerable metasurface reflector designed for the Ka-band, enabling
one-dimensional and two-dimensional beam steering. The paper elaborates on the design …

The ability to manipulate a liquid meniscus using electrowetting has many applications. In
any electrowetting design, at least two electrodes are required: one forms the field to change …