Through a combination of machine learning and traditional control engineering methods, researchers have equipped ANYmal with the ability to negotiate both predetermined obstacles and unforeseen challenges in real-world scenarios. With these advancements, it could be used for tasks in hazardous environments.

New stretchable electronics could redefine wearable tech

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Pic/Stanford University

Researchers at Stanford University have developed miniature, stretchable electronic circuits that promise to revolutionise health monitoring and biomedical applications. Published in Nature, Stanford researchers revealed a groundbreaking design and fabrication process for skin-like integrated circuits that are not only five times smaller but also operate at a staggering one thousand times higher speeds compared to earlier versions. These soft integrated circuits, powered by stretchable transistors made from semiconducting carbon nanotubes and elastic electronic materials, boast capabilities previously unimaginable in the realm of wearable electronics. The core of these circuits lies in their flexibility, enabled by the unique properties of carbon nanotubes.