Advances are occurring in spectroscopy, reducing the challenges of rapid signal saturation and the need for extensive sample ...

The Niles Police Department will soon have a device that will help to detect illegal substances almost immediately and change ...

Natural cement found in industrial waste reacts with ocean water to form rocks in just 35 years, instead of millions.

Mercury doesn't give up its secrets easily. The smallest planet in our solar system is also one of the most extreme—a ...

German researchers developed a novel pocket-sized instrument to rapidly identify the composition of solar panel polymer backsheets and encapsulants in the field. The hardware is near-infrared ...

PiFM combines atomic force microscopy with chemical imaging, offering insights into molecular orientation and surface ...

A richly adorned gold ring, lost for centuries beneath the grounds of a medieval Slovakian castle, has resurfaced, offering a ...

Samples from slag cliffs in England reveal industrial waste products can turn into rock in less than four decades, challenging assumptions about how rocks form.

At the heart of this innovation lies the strategic use of a rhombic dodecahedron-shaped metal-organic framework (MOF), ...

Bends the rules of physics and common senseMaterials scientists at Rice University have emerged from their smoke filled labs ...

The researchers shared their surprising findings in a new study that highlights the importance of using science to examine art and antiquity.

An analysis of a 700-year-old ring reveals a unique reddish-purple sapphire set in 18-karat gold with a lion decoration.