Research Articles
Nano-Sleuths: How Tungsten Oxide and AI Are Revolutionizing Explosives Detection
Breakthrough research combining plasmonic tungsten oxide nanostructures and machine learning for ultra-sensitive explosives detection.
Unmasking the Invisible: How Forensic Radiochemistry Keeps Public Spaces Safe from Radiation Threats
Exploring how forensic radiochemistry detects and analyzes radioactive threats in public spaces using cutting-edge techniques like cryogenic decay energy spectrometry.
Little Scientists in Training: How Preschoolers Master Physics, Biology, Chemistry, and Forensics Through Play
Discover how integrated teaching approaches help preschoolers learn physics, biology, chemistry, and forensics through play-based activities.
The Double-Decker Detective: How Two-Floor TLC Revolutionized Forensic Chemistry
Explore how Two-Floor Thin-Layer Chromatography transformed forensic chemistry, enabling precise analysis of complex mixtures from drugs to textile dyes.
Algorithmic Alchemy: How Machine Learning is Revolutionizing Nuclear Diagnostics
Exploring how machine learning transforms nuclear diagnostics through advanced spectroscopic analysis and pattern recognition.
The Bloodhound Chemist: Sniffing Out Synthetic Drugs in the Grimmest of Clues
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.
Shattered Clues: How Laser Science is Cracking the Case of Glass Forensics
Discover how Laser-Induced Breakdown Spectroscopy (LIBS) is revolutionizing glass forensics and recycling industries with elemental fingerprinting.
The Silent Witness: How a Strand of Hair Became Forensics' Most Powerful Tool Against Psychedelics
Discover how hair analysis revolutionized the detection of psychedelics like LSD, psilocin, and bufotenine in forensic investigations.
The Invisible Sorting Hat: How pH Gradients Solve Medical Mysteries and Crime Puzzles
Explore how Isoelectric Focusing in Immobilized pH Gradients (IPG-IEF) revolutionizes clinical diagnostics and forensic analysis through precise protein separation.
The Molecular Handshake That Knows When to Let Go: Smart Glue Heats Up Manufacturing
Breakthrough in thermally responsive adhesion using dry chemical pathway for diene and dienophile surface functionalization enabling smart metal-polymer bonding.