Md Al Mahadi Hasan

Chinese Academy of Sciences, Beijing Institute of Nanoenergy and Nanosystems

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About

Md Al Mahadi Hasan is a rising researcher at the forefront of self-powered sensing and thermoelectric materials. His primary research focuses on developing nanogenerator-based self-powered sensors, addressing the critical challenge of eliminating external power supplies in modern sensing systems. His highly cited 2022 work on this topic has garnered 57 citations, establishing a foundation for energy-autonomous devices. More recently, Hasan has pioneered the study of ionic thermoelectric materials, demonstrating in his 2025 paper that pressure can enhance the thermopower of ionic thermoelectric gelatin. This breakthrough enables the identification of materials with different thermal conductivities, opening new pathways for thermal management and energy harvesting. His work bridges fundamental materials science with practical sensor applications, showing particular promise for wearable and environmental monitoring technologies. Though early in his career, Hasan’s contributions are already shaping the future of self-powered systems, with his innovative approach to combining mechanical and thermal energy conversion attracting growing attention from the research community.