Discover how dual-domain microchips are transforming nucleic acid extraction from dilute samples, enabling breakthroughs in forensics, medicine, and environmental monitoring.
How cutting-edge forensic geochemistry traced Europe's 2017 radioactive ruthenium plume to its source in Russia's Mayak facility when authorities remained silent.
Discover how Raman spectroscopy enables non-destructive detection of melamine in milk products with nanotech enhancement and machine learning.
Exploring how scientists are using advanced technology to detect and analyze the growing threat of designer drugs worldwide.
Discover how a simple pencil-drawn device could transform LSD detection with unprecedented affordability and accessibility.
Exploring how case-based forensic chemistry is revolutionizing STEM education through engaging mystery-solving approaches
Explore the cutting-edge Forensic Science Laboratory Module where the next generation of crime scene investigators hone their skills through realistic simulations and advanced techniques.
Exploring the development of bi-disciplinary forensic science courses that merge biology and chemistry to train the next generation of forensic experts.
Exploring how optical isomers of MDMA and its analogues exhibit stereoselective disposition in the brain, with implications for pharmacology and forensic science.
How key indices from 2011 predicted global trends in innovation, economics, and human development