We have been actively working on the following topics:

• A) Rubbery electronics: Electronics fully based on rubbery materials with mechanical properties matching soft tissues for seamless integration with biological systems.
• B) 3D Curvy electronics: Devices with three-dimensional form factors enabled by conformal additive stamp (CAS) printing, targeting biomedical, optoelectronic, and communication applications.
• C) Bioelectronics and biosensors: Soft electronics, sensors, and actuators to probe and modulate cellular and physiological processes.

These research areas draw on multiple disciplines:

• Devices: Stretchable, wearable electronics; thin-film devices; bioelectronics; soft robotics.
• Manufacturing: Nano/microfabrication; additive manufacturing.
• Materials: Smart functional materials; biomaterials; electronic materials.
• Mechanics: Soft-material mechanics; mechanical design.