The Internet of Things is the result of the convergence of sensing, computing, and networking technologies, allowing devices of varying sizes and computational capabilities (things) to intercommunicate.
The Internet of Things is the result of the convergence of sensing, computing, and networking technologies, allowing devices of varying sizes and computational capabilities (things) to intercommunicate.
A new strategy to overcome the current limitation on sluggish reaction kinetics of the air cathode in Mg–air batteries from Dr. Chong Cheng and Prof. Rainer Haag at Freie Universität in Berlin.
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!