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Author(s): Ryan WilkinsonSimulations reveal disordered structures that are also surprisingly resistant to impacts and cracks.[Physics 19, 108] Published Fri Jul 31, 2026
Electronic fluctuations can act as a resonant bridge between normally separate crystal vibrations, offering a new route to study and control ferroaxial quantum states. Symmetry is...
Discovery could support the development of safer and more efficient hydrogen storage media The post Crystal symmetry controls hydrogen’s quantum tunnelling appeared first on Physic...
Discovery reveals a new type of organization in materials and expands our understanding of how complex structures emerge in nature.
Optical measurements can reveal the hidden collective motion and quantum dynamics of electrons inside a Wigner crystal. In a Wigner crystal, electrons behave in an unusual way. Rat...
Growing crystals “like alchemy,” researchers plotted out the ideal site within the lattice to build a nuclear clock
3D atomic imaging of advanced materials provides new insights into transitions such as liquids freezing into solids. For nearly a century, scientists have relied on classical nucle...
Senior Modeling Scientist @ Novelis R&D Americas, Kennesaw GA job vh Tue, 08/17/2021 - 16:34 machine learning artificial...
Researchers combine probabilistic X-ray diffraction analysis with LLM-based chemical reasoning to rank competing phase identifications and flag questionable results for human revie...
A new compound fills the structural gap between known materials, linking crystal layer count to magnetic order and Dirac-like electronic bands.
Uniaxial stress induces a new magnetic phase in PdCrO₂, revealing strong coupling between magnetic order, electronic structure and lattice elasticity The post Tuning frustrated mag...
In a breakthrough that could transform the study of strongly correlated quantum matter, researchers at the University of Basel and the Technical University of Munich have developed...
Researchers have developed a new method to reveal the collective motion of electrons in one of the most elusive states of matter: the Wigner crystal. Using light, the physicists we...
Nanodiamonds Give Solid Electrolytes a Four-to-Five-Order Conductivity Boost A pinch of diamond dust has helped transform two sluggish solid salts into substantially better ion con...
An AI model adapted from image inpainting can reconstruct missing atoms in crystal structures with a reported 97 percent success rate. A crystal structure can appear nearly complet...
image: Structural schematics and electrochemical performance of 3D-GCTG and 3D-CTG (from 3D nanoporous anodic aluminum oxide template-assisted chemical vapor deposition) view more ...
Can a common mineral improve quantum materials? Researchers have replaced polymer-based assembly with mica to create cleaner atomic stacks for future electronics. Scientists from t...
Direct measurements of diamond melting under extreme pressure resolved a long-standing theory-experiment mismatch and could improve both fusion research and planetary models. Diamo...
Hydrogen switches between quantum-wave and classical-particle behavior in vanadium, revealing how crystal symmetry controls tunneling for energy materials.
Scientists have created an unusually ordered version of a chemically complex alloy that could help reveal how advanced electrocatalysts work atom by atom. The material combines iri...
Unify order and disorder? This is possible with epitaxial solid solutions, which serve as a platform for understanding new electrocatalysts.
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