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Author(s): Akashni Raghubar LatchannaJulian Klein and Frances Ross explain how electron microscopes are becoming tools for engineering defects inside crystalline materials.[Physics...
Diamond and graphite have a new carbon cousin called diamondiyne, with a crystal structure confirmed so far only in microscopic patches. A carbon structure proposed 35 years ago ha...
Creating a perfect crystal sounds straightforward, but it's tricky. New research may have found the right recipe.
Author(s): Charles DayA pattern of surface waves bestowed with fivefold symmetry hosts topological structures.[Physics 19, s119] Published Tue Sep 29, 2026
Tiny flaws in crystals could become building blocks for quantum sensors, and scientists can now better predict how these imperfections lose energy. A laser can excite electrons at...
Like diamond, diamondiyne allotrope forms covalent bonds in three dimensions The post New 3D form of carbon made in the lab appeared first on Physics World.
Researchers found that dolomite crystal surfaces and their first water layer are chiral, revealing a previously overlooked factor that may influence how the mineral forms.
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...
Researchers have solved a long-standing challenge in understanding how tiny defects in materials like diamond and silicon carbide behave when exposed to light. Their new computatio...
New research can help AI models understand crystalline materials in 3D and reason about their properties.
A new compound fills the structural gap between known materials, linking crystal layer count to magnetic order and Dirac-like electronic bands.
Atomically resolved imaging and quantum simulations show how defect type and density can stabilize, disorder, or melt electron Wigner solids in 2D semiconductors, with implications...
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...
Diamond miner De Beers Group’s Science & Technology division has revealed SynthDetect 2, the next generation desktop diamond screening instrument. De Beers Group states that th...
Author(s): Charles DayResearchers have gained access to the rich physics of a landmark model magnet by assembling a crystal out of organic magnetic molecules.[Physics 19, s121] Pub...
Researchers reveal how coordinated molecular scissoring motions let some crystals bend, expand and respond to light without fracturing.
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...
Author(s): Michael SchirberA crystal with special geometric properties can be optically driven to produce an output beam with any desired polarization.[Physics 19, s113] Published...
Electrons inside a diamond have given a floating, centimeter-sized device a quantum nudge, opening a new path toward testing how quantum physics and gravity fit together. Researche...
Insider Brief Researchers in Japan have identified a structural measurement that could help scientists predict magnetic behavior in complex alloys, offering a more reliable way to...
A van der Waals integration framework separates the growth of high-quality functional crystals from the conventional heteroepitaxial approaches for established silicon and silicon...
What gets preserved and what gets lost when you compile a language that was designed, from its first line of syntax, to be dynamic. Open a Crystal file next to a Ruby file and for...
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...
Building a circuit around a tiny diamond beam offers a way to keep more of the light that future quantum computers and networks could use. Building a quantum network often comes do...
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