Physics-informed machine learning connects atomic structure with ion transport and electrolyte stability, accelerating better sodium- and lithium-ion batteries.

A cobalt aluminum nanolaminate has shattered the usual tradeoff between strength and flexibility, emerging up to 10 times ...

Over the past decade, perovskite LEDs have become increasingly vibrant and affordable to produce. With careful tweaks to ...

A layered crystal that combines high electrical conductivity with low thermal conductivity, offering an efficient solid-state ...

Comets are considered to be the most ancient and least changed objects in the Solar System. The question of the formation of ...

Copper, uranium and lithium remain under short-term pressure, but long-term demand from electrification, energy storage and ...

Engineering materials that can survive extreme thermal environments is a triumph of modern metallurgy. While standard metals ...

The much-anticipated return of Christopher Nolan has delighted film fans, as 'The Odyssey' has garnered critical praise and ...

South Korea CBDC reaches a new milestone: the Bank of Korea will route real government subsidy money through a permissioned ...

Using advanced electron microscopy, researchers in Leiden have captured detailed images showing how, in the rare pregnancy ...

When Chinese drug developers need to see exactly how an experimental medicine binds to its target protein, or materials ...

Wild snapdragons showcase an impressive ability to adjust their petal colors with the help of seven genes, aimed at ...