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About

Shuanghu Wang is a pioneering researcher at the forefront of micro/nanomotor technology and biomedical engineering, with a particular focus on light- and magnetically driven nanoscale robotic systems and their transformative applications in medicine. His most celebrated work, "Photoelectrochemical TiO₂-Au-Nanowire-Based Motor for Precise Modulation of Single-Neuron Activities" (2020, 68 citations), demonstrated the remarkable capacity of light-driven nanomotors to interface with and precisely control individual neurons — a breakthrough with profound implications for neuroscience and neuroprosthetics. Building on this, Wang's development of the Magnetic Helical Hydrogel Motor (2021, 50 citations) advanced the field of magnetically actuated biomedicine, enabling directed T cell chemotaxis with high controllability and biological compatibility. His subsequent work on visible-light-driven TiO₂@N-Au nanorobots capable of penetrating the vitreous humor (2022, 30 citations) opened new frontiers in ocular drug delivery. More recently, Wang has broadened his scope to cancer nanomedicine, exploring smart targeting and personalized therapeutics within precision oncology (2025, 15 citations). Collectively, his research, spanning over 163 cumulative citations, is reshaping how nanoscale machines can be harnessed to address complex biomedical challenges.