Flexible tactile sensing is a persistent bottleneck for robots, wearables, and bedside monitoring systems—especially when devices must remain reliable on...

A new analysis of geomagnetic storm “saturation” challenges a long-held idea in space weather research: that the solar wind energy...

Researchers have pushed twistronics beyond the familiar world of stacked 2D materials held together by weak van der Waals forces....

Tissue engineering has long promised to rebuild damaged organs and tissues, but one stubborn barrier remains: reliable vasculature. Without a...

Thiophosphate linkages are increasingly valued as metabolic-stability-enhancing replacements for natural phosphate groups, enabling longer-lived chemistry in therapeutic contexts. Their use...

Biochar—carbon-rich material produced from agricultural and forestry residues, manure, sludge, and other biomass—has emerged as a low-cost candidate for wastewater...

An era where robots can decide for themselves how to move outdoors is taking shape. KAIST has unveiled a quadrupedal...

Metal nitrides are attracting renewed attention because they combine strong bonds, high chemical stability and useful electronic properties—features that underpin...

Liquefied natural gas (LNG) arrives at import terminals at near-cryogenic temperatures, carrying an immense reservoir of cold that is typically...

Invisible skin-mount sensors are moving wearable health monitoring out of the spotlight—and into everyday life. Conventional facial electrodes can feel...