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About

Lokesh Singh Panwar is an emerging materials scientist and engineer whose research sits at the intersection of flexible electronics, piezoelectric nanomaterials, and wearable sensing technologies. His work focuses primarily on developing advanced polymer-based nanocomposites capable of converting mechanical energy into electrical signals, a capability central to the next generation of self-powered devices. Panwar's most influential contribution, a 2022 study on carbon nanofiber-polyelectrolyte triggered piezoelectric nanocomposites, has garnered 28 citations and demonstrated breakthrough improvements in sensing voltage generation through hydrophilic nanocomposite engineering. Complementing this, his 2021 work on electronic-ionic polymer composites for high-output voltage generation — with 12 citations — further established his expertise in hybrid material design. Across his portfolio, Panwar has consistently addressed real-world challenges in wearable health monitoring, artificial skin, flexible pressure sensing, and bendable storage devices. His exploration of PVDF polymer composites, BCZT-based dielectric membranes, and piezoresistive ionic membranes reflects a holistic approach to flexible device engineering. Still early in his research career, Panwar's growing citation record signals meaningful contributions to the rapidly expanding field of flexible and self-powered electronics.