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  Retinal Prosthesis with Tellurium Nanowires Partially Restores Vision in Blind Mice (and More) 🧠 1. The Innovation: What Is This Retinal Prosthesis? Scientists from Fudan University and several Chinese institutions have introduced a groundbreaking retinal prosthesis made from ultra-thin tellurium nanowires woven into a tiny mesh. This implant is placed behind the retina, converting both visible light and near-infrared (NIR) light directly into electrical signals that stimulate the optic nerve—and ultimately restore part of the visual experience in blind mice. Remarkably, this device requires no external battery or bulky hardware (phys.org). 🔬 2. Why Tellurium Nanowires? Tellurium (Te), a unique light-sensitive semiconductor, offers several advantages: Broad-spectrum photoconversion : It responds to visible and infrared light, enabling the eye to detect NIR wavelengths (up to 1550 nm), which human eyes cannot do naturally (neurosciencenews.com). Self-powered des...

German Bionic Unveils Exia: The World's First AI-Augmented Industrial Exoskeleton German Bionic, a leading innovator in wearable robotics, has introduced Exia, hailed as the world's first exoskeleton fully powered by augmented artificial intelligence (AI). This groundbreaking development marks a significant leap in industrial exoskeleton technology, aiming to enhance worker safety, productivity, and well-being across various sectors. Revolutionizing Human Augmentation with AI Exia represents a fusion of advanced engineering and AI, designed to adapt and evolve with its user. Armin G. Schmidt, co-founder and CEO of German Bionic, emphasized that Exia is built upon years of engineering excellence and extensive real-world data. "Exia doesn't merely respond or even just think – it actually learns," Schmidt stated, highlighting the exoskeleton's ability to continuously adapt to the user's movements and the demands of their tasks. Founded in 2017, German Bi...