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About

Harun Torlakcik is a pioneering researcher at the intersection of small-scale robotics, smart materials, and biomedical engineering. His work focuses on developing next-generation micro- and nanorobotic systems for targeted medical interventions, with key contributions in piezoelectric nanoeels, magnetic navigation, and spinal cord stimulation technologies. Torlakcik's most impactful work, "Motile Piezoelectric Nanoeels for Targeted Drug Delivery" (2019, 107 citations), introduced a paradigm shift by integrating soft smart materials into nanorobots, enabling sophisticated locomotion and drug delivery mechanisms that mimic biological systems. He has also advanced clinical translation through innovations like magnetically guided microcatheters for precise injection of magnetic particle swarms (2024, 19 citations) and magnetically guided catheters for spinal cord stimulation (2021, 14 citations), addressing critical challenges in device deployment within dynamic physiological environments. His technical expertise extends to resonant magnetic actuation systems for fast rotating fields (2024, 3 citations), enhancing remote control capabilities for untethered medical robots. Torlakcik's work bridges fundamental materials science with practical medical applications, offering promising solutions for targeted drug delivery, pain management, and minimally invasive procedures.