A three-unit soft actuator brings together ease of fabrication and state-of-the-art design to overcome challenges in robotics.

A three-unit soft actuator brings together ease of fabrication and state-of-the-art design to overcome challenges in robotics.
Sensors developed to respond to jaw movement can be connected wirelessly to different devices for hands-free control.
Swimming cellbots capable of autonomous motion and drug encapsulation can deliver their payload at desired sites.
A team led by Wubin Bai developed a novel wearable sensor patch that provides a safe, real-time, less invasive and low-cost way to track a patient’s recovery.
Researchers demonstrate learning behaviour in a solid-state device that is entirely controlled by electrical stimuli.
Using soft materials, researchers have developed a robot arm that mimics the rotational movement and structure of the shoulder.
A novel recycling process recovers valuable rare earth elements from scrap, minimizing the need for harmful mining operations.
Researchers leech off the natural world to develop dynamic liquid metal robots for electrical circuits.
Insights gained from the hard landings of tree-climbing geckos leads to better and controlled perching in robotic aerial vehicles.
A conductive, cellulose-based nanopaper allows researchers to print paper electronics without needing expensive microfabrication techniques.