Sintering metal-organic decomposition inks at low temperatures for printed electronics applications.

Sintering metal-organic decomposition inks at low temperatures for printed electronics applications.
Laser direct writing is used to fabricate the sensor, eliminating the need for post-synthesis steps.
Kilwon Cho is a materials scientist who hopes to see his research on organic electronics applied in everyday life.
Recyclable, paper-based electronic circuits that reduce pollution and save on resources.
A wearable electronic device that can monitor glucose levels alongside vital signs adds another dimension to personalized health management.
Flexible physical sensing platforms for wearable electronics, soft robotics, and real-time healthcare monitoring.
Coffee-ring effect inspires oriented self-assembly of metal–organic frameworks for sweat biosensors.
There are new top papers in Advanced Intelligent Systems special series. All included papers are free to read for a limited time!
Ali Khademhosseini and his co-workers take a detailed look how engineering approaches can contribute to the field of precision medicine.
A nanoforce sensor developed by KAIST researchers provides high sensitivity, transparency, and mechanical durability against bending.