Vision: Seamless Digitalization of Living & Organic Systems via Soft Electronics
Our research aims to bridge the physical gap between soft, organic forms (humans, nature, food) and rigid digital systems. The core objective is to realize a "Hyper-connected Interface" where digital sensing is imperceptibly integrated into our daily lives.
To achieve this, We focus on a closed-loop engineering process: Targeting living entities and their derivatives as signal sources >> Integrating physical/chemical sensors via seamless form factors (nanofilms, functional yarns) >> Analyzing the acquired signals using AI algorithms.
I. Development of nanotransfer printing platforms for real-time plant and food monitoring
II. Creation of green-energy harvesting, storage, and conversion devices utilizing the world's first metal/ceramic nanoribbon yarns
III. Innovation in AI-based soft physical sensors for health/workout monitoring and VR/AR applications
