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About

Yicheng Ye is an innovative biomedical engineer and nanotechnologist whose research sits at the dynamic intersection of micro/nanomotors, biomedical robotics, and therapeutic applications. His work has pioneered the development of intelligent micro- and nanorobotic systems capable of converting diverse energy sources — including light and magnetic fields — into controlled mechanical motion for precision medicine. Ye's most cited contribution, a photoelectrochemical TiO₂-Au nanowire-based motor for modulating single-neuron activities (68 citations), demonstrated remarkable potential for interfacing nanomotors with the nervous system. His subsequent development of magnetic helical hydrogel motors for directing T cell chemotaxis (50 citations) opened new frontiers in active immunotherapy, a theme he advanced further with biodegradable nanorobots designed to stimulate anti-cancer immune responses. His visible-light-driven nanorobot capable of penetrating the vitreous humor represents a significant step toward treating ocular diseases. Most recently, his biomimetic sweeping microrobot offers a creative approach to managing ulcerative colitis by actively clearing inflammatory agents. Collectively accumulating over 180 citations, Ye's research reflects a consistent vision: transforming nanoscale robotics into clinically meaningful tools that actively navigate and treat complex biological environments.