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In December of , he joined Micromanipulation Research Group at the University of Glasgow led by Prof Steven Neale to investigate in collaboration with Prof Lee Cronin the assembly of high dielectric nanostructures by optoelectronic tweezers for energy storage applications such as supercapacitors.
He has accumulated over 3, citations. In Google Scholar, he has reached a h-index in of 27 i index of These materials possess exceptional properties that have the potential to revolutionize existing optics , optoelectronics , energy systems , and sensors. His current endeavours centre around the synthesis of semiconductors, specifically utilizing nanowires and thin films as their structural forms.
A key aspect of his work involves dissecting the influence of various growth parameters on the resultant material properties, and optimise the growth process, e. These systems are designed to scrutinize the fundamental characteristics of materials, spanning attributes like piezoelectricity, triboelectricity, photo-responsivity, mechanical loss, optical absorption, band gap, and more.
Complementing this experimental work, he also constructs intricate theoretical models utilizing finite element analysis FEA. He employs innovative techniques such as dielectrophoresis and contact printing methods, which facilitate the alignment of nanostructures through pre-patterned electrodes.