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Research

Advanced soft platforms
for next generation human–robot interfaces

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We are dedicated to advancing soft robotics into highly interactive systems that engage harmoniously with living counterparts through synchronized bioelectronic communication. Such integrated interfaces enable reliable closed loop feedback that unifies manipulative and analytical functions, allowing adaptive robots to operate under optimal stimulation. This integration significantly enhances the practicality of soft robotic systems and unlocks their transformational potential in biomedical applications. Guided by a strong commitment to innovation, our multidisciplinary and multipoint research approach encompasses material and structural design, device level engineering, and systematic integration toward next generation human-robot interfaces.

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1. Functional Nanocomposites

Studying nanocomposites that harness chemical interactions and interfacial configuration to realize advanced properties for future soft technologies.

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2. Soft Biomedical Devices

Developing soft robotic and electronic devices through advanced additive manufacturing and sophisticated structural design to achieve high performance.

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3. Human-Robot Interfaces

Building human–robot interfaces that seamlessly connect humans and devices, creating multifunctional, power efficient, and autonomous systems.

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