The synergetic integration of photonics and microfluidics has enabled a wide range of
optofluidic devices that can be tuned based on various physical mechanisms. One such …

With the continuous development of the lab-on-a-chip studies, pressure measurements in
microchannels have become the guarantee of the precise control and regulation of trace …

We present a novel image-based method to measure the on-chip microfluidic pressure and
flow rate simultaneously by using the integrated optofluidic membrane interferometers …

We demonstrate a novel optical pressure measurement platform for microfluidics. The
pressure sensors operate as pneumatically-tunable microlenses whose focal lengths vary …

Accuracy and precision velocimetry plays an important role at microfluidic device
application, particularly in biomedicine and chemical synthesis. However, most of the …

We describe a reconfigurable lighting system for indoor solar illumination which provides a
new way for solar energy conservation. We have experimentally demonstrated an …

Measurement and control of pressure-driven flow (PDF) has a great potential to enhance the
performance of chemical and biological experiments in Lab on a Chip technology. In this …

We present a novel optofluidic differential method for carrying out absorbance spectroscopy
of sub-nanolitre volumes of liquid samples on a microfluidic chip. Due to the reduction of …

We introduce a novel technique that enables pressure measurements to be made in
microfluidic chips using optical trap**. Pressure differentials across droplets in a …

In this study, we present speed and displacement measurements of micro-fluid in a hollow-
core optical fiber, where an optical interference signal is created by two guided beams …