Materials Science
New research-grade material gives laboratories a physical benchmark for evaluating spectroscopy, sorting methods, and automated fiber classification
| 2 min read
A new statistical correction accounts for particle-sizing uncertainty that can obscure relationships between nanoscale structure and performance
| 2 min read
Time-resolved spectroscopy reveals distinct transition mechanisms in erbium tritelluride, offering a new way to study complex quantum materials
| 2 min read
Argonne’s open-source framework converts natural-language requests into multistep computational chemistry and materials science workflows
| 3 min read
A closed-loop system combined active learning, automated manufacturing, and testing to identify six nickel-cobalt-chromium alloys
| 2 min read
Researchers identify an electrical imbalance that can initiate lithium deposits and short circuits inside solid electrolytes
| 2 min read
NIST researchers outline how specialized AI agents could manage instruments, schedule experiments, share data, and respond to equipment disruptions
| 3 min read
A hybrid workflow models molten salt, offering an early test of quantum computing for materials research
| 2 min read
Researchers identify the processing conditions that contribute to more consistent performance in chiral perovskite thin films
| 2 min read
A new center aims to accelerate quantum manufacturing and advance the commercial readiness of quantum technologies
| 2 min read
Decoupled active sites on a novel catalyst improve methanol production while suppressing carbon monoxide byproducts
Updated | 2 min read
New AI techniques reveal how machine-learning models connect crystal structures to optical properties
| 2 min read
