Discover how modern science detects hidden explosives using cutting-edge technologies like IMS, GC-MS, and nanotechnology sensors.
Explore how AI, multi-omics biology, and ultra-sensitive detection technologies are transforming toxicological analysis from reactive testing to predictive systems.
Discover how hydrothermal chemistry enables doping of scheelite (CaWO₄) to achieve high oxidation states, creating materials with unprecedented electronic and optical properties.
Exploring the rigorous academic programs preparing the next generation of forensic scientists through cutting-edge curricula and real-world training.
An innovative forensic science mini-course transforms chemistry and physics education by bridging theory and practice in teacher training.
Investigating how Corexit 9500 dispersant used in oil spills affects marine life and seafood safety in the Gulf of Mexico
Explore cutting-edge forensic techniques like hyperspectral imaging and ambient mass spectrometry that are revolutionizing crime scene investigation.
Explore how FTIR microscopy revolutionizes forensic analysis of cosmetic trace evidence in criminal investigations.
Exploring the vague standards of Rule 702 and how undefined educational requirements affect expert testimony in courtrooms.
Exploring groundbreaking breath biomonitoring applications from Pittcon 2016 in security, cannabis impairment testing, and medical diagnostics.