How MIT's AI Robots Are Turning Words Into Furniture Soon you may be able to instruct a robot to assemble a custom chair simply by describing what you want. MIT researchers are turning this futuristic idea into reality with a powerful AI-driven robotic ... AI automation furniture design human-computer interaction machine learning robotics sustainability
AI-Powered Plant Materials Discovery: Large Language Models Extract Nature's Engineering Secrets From Ancient Wisdom to Modern Innovation Plants have spent hundreds of millions of years perfecting sophisticated engineering solutions that humans are only beginning to understand. From the elegant m... artificial intelligence bio-inspired design biomimetics large language models materials discovery plant materials retrieval augmented generation sustainability
AI Is Powering the Next Generation of Energy Grids Global electricity demand is rising rapidly, driven by both economic growth and ambitious climate goals. As a result, traditional grid planning and operation methods are struggling to keep up. The ene... agentic AI AI digital twins energy grid grid planning sustainability utilities
Mistral Compute: Democratizing Advanced AI Infrastructure for Everyone What if anyone, from startups to nations, could access the powerful infrastructure needed to build next-generation AI? Mistral AI is making this a reality with Mistral Compute , a platform designed to... AI infrastructure cloud computing data sovereignty enterprise AI Europe GPU open science sustainability
Mistral Compute: Opening the Doors to Sovereign, Sustainable AI for All Mistral Compute, an ambitious new infrastructure platform from Mistral AI aims to open the floodgates of AI access to innovators everywhere. This comprehensive stack is designed to put advanced AI cap... AI infrastructure cloud alternatives data sovereignty GPUs Mistral Compute sovereign AI sustainability
MIT Team is Using AI To Revolutionize Sustainable Concrete Recipes Concrete shapes the modern world, but the environmental impact of its main ingredient, cement, continues to trouble scientists and builders. The need for lower-carbon alternatives is urgent, yet sifti... artificial intelligence circular economy concrete construction machine learning materials science sustainability
MIT's Method for 3D Printing Complex Designs with Minimal Waste Imagine a world where creating intricate medical devices or mechanical parts becomes seamless, efficient, and environmentally friendly. MIT engineers have turned this vision into reality with a breakt... 3D printing additive manufacturing engineering innovation materials science recycling sustainability
Biodegradable Microneedles Could Revolutionize Produce Shelf Life What if your greens could stay crisp for days longer, even without a fridge? Scientists at MIT, together with SMART, have developed a pioneering solution: biodegradable silk microneedles that deliver ... agriculture food waste melatonin microneedle technology post-harvest produce preservation shelf life sustainability
Sphalerite: The Unsung Hero of Critical Mineral Recovery Few minerals balance beauty and utility quite like sphalerite. While most people may not recognize its name, this zinc sulfide mineral is essential to our modern world. Professor Karin Olson Hoal, a F... critical elements ESG geometallurgy minerals mining resource recovery sustainability zinc