Explore how optical explosives detection technologies use fluorescence, colorimetry, and advanced sensors to identify hidden threats with incredible precision.
Explore how forensic science uses objective scientific analysis to uncover truth and seek justice in legal proceedings through DNA, fingerprints, and advanced technologies.
How a clever scientific trick is turning feces into a powerful weapon against Chagas disease by identifying triatomine bug feces in surveillance devices.
Explore how Direct Injection Mass Spectrometry (DIMS) is transforming illicit drug detection with unprecedented speed and sensitivity in forensic science.
Explore groundbreaking research on gunshot residue analysis using synthetic skin membranes and the response to Arie Zeichner's commentary in forensic chemistry.
Explore the complex science of postmortem fentanyl detection and the challenges forensic toxicologists face in interpreting results in overdose cases.
Explore how catalytic converters transform harmful combustion emissions into harmless substances through real-time analysis and advanced catalyst technologies.
Discover how the ZONES database revolutionized crystal identification in electron microscopy, transforming nanocrystal analysis and accelerating materials science research.
Explore how Fourier Transform Infrared transflection analysis is revolutionizing forensic chemistry by detecting trace evidence with unprecedented precision.
Explore how Solid Phase Microextraction (SPME) technology is transforming oil spill analysis through precise hydrocarbon profiling and environmental forensics.