AI and Automation Are Accelerating Scientific Discovery at Berkeley Lab Scientific discovery is entering a new era at Lawrence Berkeley National Laboratory. By integrating artificial intelligence (AI) and automation into every facet of research, the Lab is not only accele... AI automation data analysis innovation materials science network optimization scientific research supercomputing
How Diamond Defects Are Illuminating the Quantum Universe What if the secrets of the quantum world could be unveiled by the tiniest imperfections in diamonds? Princeton researchers are turning diamonds to uncover the quantum world, using engineered pairs of ... diamond defects entanglement magnetic fluctuations materials science nanotechnology quantum sensing superconductors
Sodium-Ion Batteries: Brown University Unveils Breakthrough Design Guidelines The search for safer, more sustainable energy storage is putting sodium-ion batteries at center stage. These batteries, which rely on sodium rather than scarce lithium, are gaining attention thanks to... anode design battery technology energy storage hard carbon materials science sodium-ion batteries sustainable energy
Rapid and Automated Alloy Design with Graph Neural Network-Powered Large Language Model-Driven Multi-Agent AI The search for new materials with enhanced mechanical properties has previously been constrained by the sheer complexity of the compositional design space. Multi-principal element alloys offer excepti... alloy design artificial intelligence computational materials dislocation dynamics graph neural networks machine learning materials science multi-agent systems
Edison Scientific Kosmos: Accelerating Six Months of Science in a Single Day Looking to get more out your research efforts without the timeline? Introducing Kosmos , Edison Scientific’s groundbreaking AI Scientist. Building on lessons from its predecessor, Robin, Kosmos ... AI research automation Edison Scientific Kosmos machine learning materials science neuroscience scientific discovery
MXene Membranes: Transforming the Future of Filtration Filtration systems are undergoing a remarkable evolution, with innovative materials offering new solutions for separating valuable ions from complex mixtures. Traditional filtration membranes often fa... energy-water systems ion separation materials science membrane technology MXene nanotechnology water treatment
MIT’s 3D-Printed Aluminum Alloy: A Leap Forward for Lightweight, High-Strength Manufacturing A revolutionary 3D-printable aluminum alloy may allow aircraft parts that are not only lighter but also stronger and more efficient. Developed by MIT engineers, this materials process innovation sets ... 3D printing additive manufacturing aerospace engineering aluminum alloys lightweight materials machine learning materials science
How Machine Learning is Driving Atomic-Scale Material Simulations A team at Harvard SEAS has broken new ground with a machine learning framework that predicts how materials respond to electric fields and delivers quantum-level accuracy for massive simulations, exten... Allegro-pol atomic scale computational modeling electric fields machine learning materials discovery materials science quantum simulation
P-Wave Magnetism: MIT's Breakthrough that Could Transform Computing At MIT, the direct observation of p-wave magnetism , a newly identified form of magnetism that could redefine the landscape of data storage and processing through spintronics. Understanding P-Wave Mag... magnetism materials science memory devices MIT nickel iodide physics quantum technology spintronics
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
3D Printing Breakthrough Unlocks Custom High-Temperature Superconductors Picture a world where custom-shaped superconductors fuel next-generation magnets, medical devices, and transportation. Thanks to a pioneering 3D printing process developed by scientists at Northwester... 3D printing ceramics innovation manufacturing materials science particle physics superconductors technology