• Developed novel wearable sensors in different forms• Built integrated sensing network for monitoring of muscle movements• Developed all-textile muscle monitoring knee braces for post-injury knee rehabilitation• Developed all-textile motion capture gloves for the recovery of post-stroke patients• Developed sensing sleeves as controller for VR/AR gaming

• COMFORT sensing bands: built integrated sensor fusion bands for measuring variety of parameters on the go in real-time• Self-powered humidity sensors: fabricated yarn-shape humidity sensors using triboelectric nanogenerators; integrate sensors as patches to textile and apparel

Research Subject: Flexible Transparent Electrodes and Devices- Synthesized single layer graphene and fabricated transparent electrodes using graphene and carrier selective nanoparticles -- electrodes can stand up to >1000 cycles of continuous bending with ~ 2mm radius- Assembled flexible organic photovoltaic devices using graphene electrodes: flexible devices withcomparable photo conversion efficiency to ITO-based solar cells have been achieved- Built up analytical models to interpret the flexibility of various structures

- CMOS Emerging Technologies Research provides researchers and industry representatives in the high-tech sector with an opportunity to discuss new and exciting developments in all areas of high technology. - We host annual conferences that bring together researchers, business people, and investors interested in exploring opportunities for collaboration.

- Developing advanced smart textile and wearable interaction devices as the next generation AR/VR accessories for an immersive and refreshing user experience- Prototyping smart clothes/wearable controllers for applications in gaming, industrial robotics, sports and rehabilitation, etc

Research Subject: Interface Study of SiO2/SiC MOS Structures- Investigated the SiO2/SiC interface treated with multiple methodes: interface and bulk traps were detected and analyzed- Studied several post-growth curing techniques: power MOSFETs with higher carrier mobility andmore energy efficient were developed

Research Subject: Carrier-Mediated Dilute Magnetic Semiconductors- Synthesized heavily-doped semiconductors using ion implantation and sub-second annealing forspintronic and photovoltaic applications- Investigated the transport and magnetic coupling mechanism in Mn/Fe doped Ge and InAsferromagnetic semiconductors

- Provided internal control audit and enterprise risk management consulting services under theframe of the Sarbanes-Oxley standards- Participated in the IPO (NYSE/NASDAQ/HKEx) audit services of companies from variousindustries

Research Subject: Defect Energy States in Dilute GaAsBi Alloys- Investigated the deep level defects in low temperature grown GaAs/GaAsBi layers- Simulated the band bending and carrier transport properties of various device structures- Developed and characterized GaAs/GaAsBi thin film solar harvesting devices

Research Subject: Dynamic Simulation of Protein Folding Process- Constructed continues mapping of Brownian particles in phase space: an inhomogeneous spatialdistribution was obtained, numerically proved the “Levinthol paradox”- Successfully simulated the dynamical process of protein folding following Langevin equation andself-avoiding assumption, using dimension as the controlling factor