Mechanical energy from artificial movements is one attractive energy solution that can be converted into electricity. 

Human movement, vibrations in buildings, and natural energy can generate enough electricity to power IoT systems, implants, and wearables for medical use.

We develop a triboelectric nanogenerator (an energy harvesting system based on contact charging and electrostatic induction) and integrate it with an electronic power system.

Transient biomedical electronics refers to the temporary use of an application and disappears from the body when its purpose is over.

Target-oriented structure design, lifetime control, and wireless/battery-less power solutions are promising research topics for transient electrotherapy studies.

3D buckling technology is one of the simple and powerful methods to transform 2D designs into 3D structures.

The photolithography process-based device manufacturing process enables micro-scale sensor applications and can also be combined with wireless platforms.

We want to develop brain organoids and decode brain activities using 3D platforms.