Research

Photoelectrochemical water splitting

• Hydrogen generation with high efficiency and long-term stability by optimizing light absorption and accelerating interfacial charge transfer kinetics. 

• Control of carrier dynamics by inducing high carrier concentration and carrier guiding effect through newly conceptualized III-nitride nanostructures

• Improvement in hydrogen generation using III-nitride nanostructures coated with 2D materials, such as Graphene oxide

Semiconductor Sensing devices

• Thermal stability and mechanical robustness make it ideal for sensors in high-temperature, high-pressure environments like automotive and aerospace.  

• UV sensitivity and wide bandgap make it ideal for UV sensors in environmental monitoring and radiation detectors in medical, security, and space applications.

•  These sensors provide high sensitivity and fast response times, making them ideal for gas and chemical detection in industrial safety, air quality monitoring, and healthcare. 

Hyper-realistic (AR / VR / MR) display

• GaN nanowires exhibit superior optical properties, such as high light emission efficiency due to their ability to reduce non-radiative recombination.

• Precise tuning of emission wavelengths via bandgap engineering enables highly efficient color conversion in semiconductor materials. 

• Their compatibility with flexible substrates and ability to scale down Micro-LEDs enable the development of ultra-high resolution, lightweight, and portable AR/VR/MR displays.