Materials Science
Researchers use advanced quantum hardware to engineer and validate molecules with a unique half-Möbius electronic topology
| 3 min read
AI-driven approach reduces measurements and human error in XANES spectroscopy
| 3 min read
LLM-based approach improves materials synthesis by redesigning crystal structures into feasible forms
| 2 min read
DOE grant supports wakefield accelerator technology to increase X-ray free-electron laser research capacity
| 3 min read
New NSF quantum infrastructure program will fund up to 16 open-access research facilities
| 2 min read
Multi-agent AI system integrates robotics and LLMs for materials research
| 3 min read
DOE-backed FORUM-AI platform integrates agentic AI, supercomputing, and automation for materials research
| 2 min read
MIT’s DiffSyn model uses generative AI to streamline materials synthesis planning and laboratory experimentation
| 3 min read
Peer-reviewed article introduces a unified model for designing and characterizing biochar materials
| 2 min read
New materials science findings highlight electronically chiral materials with potential microelectronics impact
| 2 min read
Expanding AI-ready materials datasets reshape computational screening and laboratory discovery workflows
| 3 min read
AI-based defect prediction cuts liquid crystal modeling time from hours to milliseconds
| 3 min read
Matlantis CSP enables faster crystal structure prediction to support scalable materials discovery
| 3 min read
