New Carbon Nanotube Strategy Could Make Wearable Strain Sensors Last for Years Wearable strain sensors are rapidly moving from laboratory...

For decades, physicists have used atoms as microscopic machines for producing flashes of extreme-ultraviolet and X-ray light. Now, an international...

Wastewater treatment has long depended on catalysts that perform a difficult balancing act: they must destroy pollutants efficiently while surviving...

Hydrogen is often described as a clean energy carrier, but its practical use is limited by a stubborn logistical problem:...

A new contactless technique is giving scientists an unusually direct look at how mirror-image materials respond to light—and the results...

Researchers in India have demonstrated a full-color near-eye display that could help make augmented-reality glasses thinner, brighter and more energy...

A burst of high-energy electrons has driven a reaction that normally demands extreme industrial conditions, producing ammonia from nitrogen and...

Metasurfaces have transformed the way scientists manipulate light, but most existing devices still operate under a fundamental constraint: they primarily...

Gas molecules inside porous materials have long been treated as disordered guests, filling microscopic cavities according to averaged properties such...

Finnish researchers have developed living nanocellulose films that can produce ethylene for more than four months, offering a possible new...