Physical Sciences
Advanced Functional Nanosurfaces For Optical Sensing of Emerging Pollutants and Their Removal
Development of low-cost, energy-efficient, solid-state pulsed electric field system for nonthermal pasteurization applications of food processing industries
Evolutionary studies of sculptures in cultural heritage with nondestructive microwave spectroscopy
Development of a reliable low-cost portable, IoT-enabled, Optical Devices for measuring PM2.5 concentration in air
Development of low-cost Arsenic sensor
Development of Heavy Metal Ion Sensor for Food and Water Analysis
OptMe'- An opto-electronic sensing system for the detection of freshness in meat products
Development of scanning Shack-Hartmann wave-front sensor for in-situ measurement of aspheric and freeform optical surface
Development of a miniaturized and portable Laser-Induced Breakdown Spectroscopy (LIBS) set-up for fast identification and sorting of different plastic classes
Design and development of an electrostatically actuated null sensor to measure coefficient of friction of soft samples
Pages
