In this research center, by comprehensively elucidating the “physical intelligence” embodied in the biomechanisms of living systems—where diverse functions and high adaptability are encoded—through cutting-edge observation, measurement, and analysis technologies, we aim to:

• develop environmentally responsive soft materials,
• propose highly adaptable morphological design principles, and
• harmoniously integrate control schemes that fuse generative AI (via multimodal generative models) with robotics.

This integrated approach seeks to create next-generation resilient robots that can swiftly complete tasks without extensive computation, even under changing environmental conditions.
We will also actively promote international and collaborative research and strengthen industry-academia partnerships to fully realize the potential of intelligent-material robotics and foster the emergence of new industries, thereby contributing to scientific and technological progress and revitalizing the socio-economic landscape.