Nanoplastics, according to one study, can damage DNA, disrupt cell functions, and cause chronic inflammation. These materials ...

Researchers developed a room-temperature ammonia sensor using Ce-MOF precursors, achieving excellent performance with high selectivity and rapid response times.

Indian scientists from Bengaluru's Raman Research Institute have used the coffee-stain effect to detect banned dyes and ...

Discover how Thermo Fisher’s handheld Raman and lab FTIR tools are transforming controlled substance testing with safer, ...

Scientists at Bengaluru’s Raman Research Institute have discovered a novel toxin detection method inspired by the ...

Scientists have found a simple yet effective method of detecting toxic molecules at incredibly low concentrations – by exploiting the same phenomenon that makes coffee stains. When a coffee drop ...

In a novel scientific breakthrough, researchers at the Raman Research Institute (RRI), an autonomous institute under the ...

The coffee-stain effect occurs because as the liquid in a droplet evaporates faster at the edges than in the center, ...

A breakthrough method combines silver nanoparticles and Raman spectroscopy for quick detection of foodborne pathogens in beef ...

Indium gallium arsenide sensors present key opportunities in telecommunications, medical diagnostics, and industrial automation by offering superior near-infrared detection and high-speed performance.

Innovative graphene-silver metasurface biosensor combines nanotech and AI, providing real-time, label-free COVID-19 detection ...