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 AI-Powered Cloud Laboratories Are Revolutionizing Scientific Discovery Picture a world where any scientist, regardless of location, can access cutting-edge laboratory facilities instantly. This is no longer just a dream. The U.S. National Science Foundation (NSF) has com... AI automation biotechnology cloud laboratories materials science NSF research infrastructure STEM education
AI and Automation Are Transforming Scientific Discovery at Berkeley Lab At Lawrence Berkeley National Laboratory (Berkeley Lab), scientific breakthroughs are preparing to happen in days instead of years through the integration of artificial intelligence, automation, and a... AI automation data analysis materials science research innovation robotics scientific discovery supercomputing
Brookhaven Lab’s Breakthrough Is Lighting the Path to Greener, Brighter LEDs Researchers at Brookhaven National Laboratory and Rutgers University have produced a new material for deep blue light-emitting diodes (LEDs), offering a sustainable solution for energy-efficient light... Brookhaven Lab deep blue light energy efficiency LED technology materials science nanotechnology scientific research sustainable materials
New Chemistry Is Powering a Microchip Evolution A recent breakthrough from Johns Hopkins University researchers is combining innovative chemistry with advanced materials science to transform the way microchips are designed and manufactured. Pushing... B-EUV lithography chemical engineering manufacturing materials science microchips nanotechnology semiconductors
A Quantum Leap: Scientists Unveil a New State of Matter at Exotic Material Interfaces Researchers at Rutgers University have uncovered a groundbreaking quantum state that could lead to transformative advances in technology and our understanding of the universe. The Quantum Liquid Cryst... anisotropy materials science quantum physics quantum state spin ice topological matter Weyl semimetal
Quantum Leap: Microsoft’s Majorana 1 Chip and the Future of Robust Qubits Momentum is building in the race for a practical quantum computer, with Microsoft’s Majorana 1 chip capturing industry attention. This experimental hardware is the result of decades of theoretical exp... Majorana fermion materials science Microsoft NSF quantum computing qubits topological materials
Deep Learning is Revolutionizing Computational Chemistry at Microsoft Thanks to recent breakthroughs at Microsoft Research , scientists may be able to forecast the properties of new molecules with laboratory-level accuracy, all from behind a computer screen. By marrying... AI research computational chemistry deep learning density functional theory machine learning materials science molecular modeling
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