Miaowen Wen

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About

Miaowen Wen is a pioneering researcher at the intersection of robotics, bio-inspired sensing, and wireless energy systems. Her work focuses on developing novel robotic platforms that mimic biological processes—particularly in optical communication, chemical sensing, and energy transfer. In her highly cited 2024 study on light-driven micro/nanorobots (15 citations), Wen engineered a system that replicates biological light sensing and communication, enabling robots to respond to environmental stimuli in ways previously limited to living organisms. This breakthrough has significant implications for autonomous systems operating in complex, unstructured environments. Wen also advanced the field of robotic wireless energy transfer (WET), demonstrating in a 2022 study (10 citations) how mobile robots can dynamically deliver power to sensors in smart cities, overcoming the short-range limitations of traditional WET. Her innovative demo of a two-dimensional odor source tracking system (2024, 2 citations) further showcases her ability to integrate unconventional sensing modalities—like chemical detection—into robotic platforms, expanding the toolkit for localization beyond electromagnetic or acoustic waves. Wen’s work is characterized by a unique blend of biological inspiration and engineering rigor, positioning her as a rising leader in bio-robotic systems and sustainable automation.