Qianyi Guo

Papers

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About

Qianyi Guo is pioneering the frontier of soft robotics and flexible photonics, with a research focus on stretchable optical fiber sensors and bioinspired artificial muscles. Their work addresses a critical challenge: creating soft, adaptable systems that can sense and actuate in confined, dynamic environments—essential for wearable healthcare, in vivo monitoring, and interactive robotics. In their highly cited 2024 paper (30 citations), Guo advanced flexible optical fiber sensing by integrating novel materials and methodologies, enabling sensors that conform to complex biological surfaces without the rigidity of conventional electronics. More recently, their 2025 study (12 citations) introduced liquid crystal elastomer optical fiber artificial muscles that achieve multimodal actuation and precise control, mimicking the fibrous architecture of natural skeletal muscle. This breakthrough allows for multidirectional movement and delicate manipulation in tight spaces, opening new possibilities for biomedical devices and soft robots. Guo’s work bridges materials science and optical engineering, offering scalable solutions for next-generation wearable and implantable technologies. With a growing citation record and a clear trajectory toward real-world impact, Qianyi Guo is a rising voice in the quest to make machines softer, smarter, and more human-like.