Nandan Murali

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About

Nandan Murali is an emerging researcher specializing in magnetically driven micro- and nanoscale systems, with a focus on biomedical applications, biomimetic engineering, and magnetoelectric materials. His work sits at a compelling intersection of physics, materials science, and biomedical engineering, advancing the development of remotely controllable micro- and nano-machines that leverage fundamental electromagnetic principles — including the Maxwell-Faraday equation and Lorentz force law — to achieve precise motion, sensing, and directional guidance at microscopic scales. Murali's most cited contribution, "Advanced Materials and Processes for Magnetically Driven Micro- and Nano-Machines for Biomedical Application" (2022, 25 citations), established his prominence in the field by comprehensively mapping the landscape of magnetically actuated systems for healthcare. His subsequent work on biomimetic and biohybrid micro/nano-machines (2024, 15 citations) demonstrates a growing interest in nature-inspired design strategies for next-generation therapeutics. His research into magnetoelectric core-shell nanocomposites further showcases his versatility, offering innovative, low-cost solutions for flexible magnetic field sensing. Collectively, Murali's contributions are shaping the future of minimally invasive medicine and smart nanomaterial design, making him a noteworthy voice in the rapidly evolving field of magnetic nanotechnology.