Discover how SERS-active nanomaterials are transforming nucleic acid detection with unprecedented sensitivity for disease diagnosis and molecular analysis.
Exploring the science of understanding how we find, evaluate, and use information in the digital age through Research Online Research (ROR).
Breakthrough research combining plasmonic tungsten oxide nanostructures and machine learning for ultra-sensitive explosives detection.
Exploring how forensic radiochemistry detects and analyzes radioactive threats in public spaces using cutting-edge techniques like cryogenic decay energy spectrometry.
Discover how integrated teaching approaches help preschoolers learn physics, biology, chemistry, and forensics through play-based activities.
Explore how Two-Floor Thin-Layer Chromatography transformed forensic chemistry, enabling precise analysis of complex mixtures from drugs to textile dyes.
Exploring how machine learning transforms nuclear diagnostics through advanced spectroscopic analysis and pattern recognition.
Discover how forensic toxicologists use GC-MS-EI to detect synthetic cathinones like α-PHP in postmortem blood samples, a critical tool for justice and public health.
Discover how Laser-Induced Breakdown Spectroscopy (LIBS) is revolutionizing glass forensics and recycling industries with elemental fingerprinting.
Discover how hair analysis revolutionized the detection of psychedelics like LSD, psilocin, and bufotenine in forensic investigations.