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What if materials used in LEDs and implants could be made into nanocrystals? University of Chicago researchers have developed a method to produce them. Researchers at the Universit...
A new study shows that ultrafine-grained Ti-6Al-4V substrates refine the crystalline structure of high-entropy (TiZrVCrAl)N coatings, shrinking coherent scattering domains from 14....
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...
Nickel makes perovskite crystals brighter and more stable, enabling flexible screens that capture fine X-ray detail at exceptionally low radiation levels.
By engineering dense networks of atomic-scale defects, researchers strengthen metal alloys and improve their resistance to deformation at high temperatures without changing their c...
Researchers use liquid metal dealloying to produce crystalline silicon carbide with a 3D network of nanoscale pores at substantially lower processing temperatures.
Researchers reinforced ice with cellulose nanocrystals and an engineered protein, creating a composite 10 times stronger than ordinary ice and far more resistant to fracture.
Researchers use nanoscale self-organization to create lead-free piezoelectric ceramics with exceptional heat tolerance, opening possibilities for high-temperature sensors and actua...
A magnetic composite distributes nano-interfaces throughout its bulk, scaling the spin Seebeck effect for more effective conversion of waste heat into electricity.
Researchers show that magnetite can spontaneously fragment tungsten, molybdenum and tantalum nanoclusters at room temperature, offering a route toward controlled atomic-scale catal...
Researchers discover a hidden molecular assembly pathway that produces highly aligned soft quasicrystals over millimeter-scale regions, enabling greater control over complex materi...
New research can help AI models understand crystalline materials in 3D and reason about their properties.
Researchers turn waste eggshells into nanoscale reinforcements through friction stir extrusion, improving the strength of lightweight magnesium alloys while offering a potentially...
Chemically modified sugars form carbon materials with tunable nanopores or layered nanostructures, eliminating conventional templates and offering a simpler route to materials for...
Researchers demonstrate persistent magnetization reversal in multiferroic nanostructures using electric fields rather than current.
In a development that reads like nanotechnology’s answer to Roman engineering, a team of South Korean researchers has built ultrathin films that borrow the ancient brick-and-mortar...
A van der Waals integration framework separates the growth of high-quality functional crystals from the conventional heteroepitaxial approaches for established silicon and silicon...
Photos taken using a microscope reveal the colorful, kaleidoscope-like crystal structure of a new NASA-made material that could be used for manufacturing during future space missio...
Researchers synthesized diamondiyne, a theoretically predicted 3D carbon allotrope with a porous, diamond-like tetrahedral structure.
New autferroic materials could accelerate physical random number generation, potentially improving encryption hardware speed, signal clarity, and security without compromising reli...
US-based materials technology company demonstrates proprietary and commercially viable production of phase-pure gallium nitride nanoparticles.
Porous ZIF-67 materials can work with phosphorus-, clay- and carbon-based flame retardants to reduce heat release, smoke and flammability in polymers.
Researchers in China have built an asymmetric supercapacitor from lanthanum-doped flower-like iron molybdate cathodes and tin oxide-carbon nanotube anodes that achieves roughly 45...
A new compound fills the structural gap between known materials, linking crystal layer count to magnetic order and Dirac-like electronic bands.
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