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 …

The electrowetting lenses has attracted researchers in many fields, such as biology, beam
shaping, and drug delivery. Previous research on electrowetting lens has focused on neither …

相比于传统的机械变焦镜头, 液体变焦镜头具有体积小, 响应快, 成本低和集成度高等特点,
被广泛应用于图像采集, 目标追踪和特征识别等领域. 焦距调节方式决定了液体镜头的性能和 …

We demonstrate a method that permits wavefront aberration correction using an array of
electrowetting prisms. A fixed high fill factor microlens array followed by a lower fill factor …

A light detection and ranging (lidar) system with±90° of steering based on an adaptive
electrowetting-based prism for nonmechanical beam steering has been demonstrated …

We demonstrate a two-dimensional, individually tunable electrowetting microlens array
fabricated using standard microfabrication techniques. Each lens in our array has a large …

Fluidic lenses based on electrowetting actuation are attractive for their wide focal tuning
range, yet are limited by optical aberrations, either intrinsic to the lenses themselves or due …

Electrowetting adaptive optical devices are versatile, with applications ranging from
microscopy to remote sensing. The choice of liquids in these devices governs its tuning …

An adaptive liquid lens with controllable light intensity is demonstrated, which can modulate
both light intensity and beam spot size. The proposed lens consists of a dyed water solution …

In this paper, an optofluidic phase modulator based on electrowetting is presented. The
modulator consists of an inner and outer chamber. Two immiscible liquids are filled into the …