In the rapidly evolving field of human-machine interfaces (HMIs), high-resolution wearable
electronic skin (e-skin) is essential for user interaction. However, traditional array-structured …

We demonstrate the realization of a very low energy, on-the-eye vergence-type distance
ranger based on sensing of a locally uniform vector field, specifically the earth's magnetic …

In this paper we propose an artificial iris to tackle photophobia. This artificial iris is made with
a twisted nematic cell (TNC) sandwiched between two linear polarizers. The light …

This paper reports the first demonstration of a mid-infrared (3-5\mum) spectrometer
implemented using an array of wavelength-shaped silicon based microbolometers. Such …

We report the theory, construction, and testing of a flexible ocular, on-the-eye microsystem
used for ultra-low power object distance sensing suitable for smart adaptive contact lenses …

A long-standing challenge in lab-on-chip and biomicrofluidic sensing modes is the formation
of reliable, leak-free bonding on the surface of wafers or CMOS chips having sensing …

The usage of 3D printing technology is explored in biomedical applications, specifically for
drug delivery systems or cell separation using microfluidic channels. The fabrication of a 3D …

We report the fabrication process flow and testing of an electrostatic electret-based energy
generator that utilizes the natural blinking motion of the eyelids. The device is a variable …

This paper reports a low-cost vacuum-less wavelength-selective mid-infrared (3-5 μm) micro
bolometer array for atmospheric gas detection fabricated on top of a thin SiN membrane …

A leakage-free and disposable biochip for deoxyribonucleic acid (DNA) separation and
detection is developed in this study. The biochip comprises of 50 mm long …