Tai‐Zhen Han

Papers

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About

Tai-Zhen Han is a biomedical engineer whose work lies at the intersection of neural engineering and wireless implantable devices. His most recognized contribution, the 2006 paper "A remote controlled multimode micro-stimulator for freely moving animals," introduced a groundbreaking, compact micro-stimulator that weighed just 5 grams and measured only 18 mm by 28 mm. Built around the nRF24E1 chip, this device integrated a micro-control unit and radio frequency transceiver, enabling wireless, remote-controlled stimulation in freely moving animal models. This innovation addressed a critical need in neuroscience research—allowing for untethered, naturalistic behavioral studies without the constraints of wired connections. With 19 citations, this work has influenced subsequent designs in miniaturized neural prosthetics and implantable microsystems. Han's research has advanced the field of neurostimulation by prioritizing portability, multimode functionality, and real-time remote control, making long-term, minimally invasive neural modulation feasible. His contributions continue to support studies in motor control, sensory feedback, and neural rehabilitation, offering a foundation for next-generation closed-loop neural interfaces.