Investigates cutting-edge light-matter interactions at the nanoscale to drive innovations in photonic and quantum technologies. We specialize in developing advanced sensing systems, leveraging expertise in surface plasmons and optical fiber technology to address critical challenges in healthcare, environmental monitoring, and communications. Our work is underpinned by state-of-the-art capabilities for materials synthesis, precision fabrication and machining, and advanced optical design simulations.
RESEARCH TOPICS
Efficient optoelectronics devices for silicon photonics application
Photonic crystal based nanosensor
Optical Fiber-Based Sensor Technology
Optical Fiber Laser
Arc-shaped Optical Fiber Modification for Sensor Technology
Nano/Micro Fiber for Optical Sensors
Development of Projection stereolithography 3D Printing System for optical device application (product development)
Optimization of drop-on-demand droplet printing process using modified Pneumatic process (process improvement).
Micromachining of microhole arrays on single mode optical fiber for optical sensor applications (device fabrication)
Development of sensing materials for optical sensor applications