Deep learning helps scientists design materials that can both detect and capture toxic sulfur gases
Toward future-ready food packaging where materials meet AI
Toward future-ready food packaging where materials meet AI
AI for materials needs to be more physics-aware
Temperature: A new knob for topological properties of materials
AI Searched 150 Million Materials – and Found Two Promising Candidates for Future Electronics
Tufts launches Innovation Hub for New Technologies in Food and Materials
Convergence of soft electronics and artificial intelligence: from materials to intelligent systems - EurekAlert!
Two materials, one photonic chip: Researchers unlock new way to generate light frequencies - EurekAlert!
When it comes to fusion, materials matter - EurekAlert!
Terminal groups: The key to tunable and versatile MXenes materials - EurekAlert!
Peering into Materials Down to the Nanoscale in the COCOON Lab - EurekAlert!
How sea stars build materials that can see - EurekAlert!
How do humans visually discriminate materials? - EurekAlert!
Insight into the synergistic effect of rare-earth elements on the CMAS corrosion behavior in (RE1/4Tm1/4Yb1/4Lu1/4)2Si2O7 (RE = Gd, Ho and Sc) materials at 1300 °C - EurekAlert!
HKU chemists unlock the secret to designing ultra-tough and responsive “smart” materials - EurekAlert!
Transient electro-thermal technique enables highly accurate thermal measurements of 1D and 2D materials from microscale down to atomic thickness - EurekAlert!
Scientists chart path toward materials that could transform computing - EurekAlert!
Scientists Discover “Hidden” Materials That Could Transform Clean Energy and Batteries
Scientists Create “Living” Materials That Crawl, Walk, and Dig on Their Own
