Radio frequency magnetron sputtering proves to be a scalable method for fabricating calcium tungstate thin films for quantum ...

An open-source application unifies 14 pore-segmentation methods with colour and ageing analysis, revealing that identical ...

If you've seen Terminator 2, you know all about liquid nitrogen freezing, but how does it actually work, and what kind of uses does it have?

Physicists led by Jonas Veenstra built a 3D-printed honeycomb whose jittery vibrations merged into one slow rhythm, a new ...

A 3D-printing method has made single crystals of metals and alloys in complex shapes and up to one metre in length, as needed for advanced technological applications.

Researchers report that quantum superconductivity appears in 1T-TaS₂ under extreme pressure, unlocking an unusual Ising ...

Diamonds recovered from plastic contain roughly 3,000 atoms each and could be modified with other elements for future use in ...

In principle, artificial intelligence could make finding the right material for an application as simple as ordering dinner: ...

Two ultrashort laser pulses revealed a difficult-to-measure quantum property in an atomically thin semiconductor. Combining optical measurements with an analytical model yielded a local Berry ...

The ocean beneath Saturn's moon Enceladus lies under kilometers of ice, but some of its contents do reach the surface. Jets ...

A new review in the Journal of Materials Science charts how MXene nanosheets dramatically improve liquid crystal performance, ...

Der8auer’s two-year electron microscope test shows liquid metal’s gallium turns solid on copper and nickel-plated coolers.