An algorithm originally developed for Netflix shows promise to improve the diagnostic applications of Raman spectroscopy.

What makes Tennessee whiskey so special? Researchers at the University of Tennessee set out to investigate using SAFE, SIDA and GC-olfactometry.

Close-up of a low-power, ultra-high-speed GCxGC system that's small but packs a punch to the tune of 50 compounds per second peak capacity.

How confocal Raman microscopy helps dig into the details of glass corrosion.

Wei Min has pioneered a revolutionary technology for imaging chemical bonds, with broad applications in chemistry, biomedicine and energy research.

A united front against antimicrobial resistance requires rapid diagnostics.

Four expert spectroscopists each select a game-changing paper - and highlight its impact on the wider field or their own research path

Knauer present a new generation of valve drive that saves time-consuming reconfiguration and prevents misconfiguration: the Valve Unifier VU 4.1.

Can modern analytical technologies monitor and control the fate of emerging pollutants?

DBPs – disinfection by-products – could pose an underestimated threat to our health, wildlife, and environment.