Forensic breakthroughs in recovering touch DNA from RDX-C4 explosives are revolutionizing counter-terrorism investigations worldwide.
Exploring the revolutionary potential of lanthanide-doped upconversion nanoparticles (UCNPs) in photonics, security, and quantum technologies.
Explore how diamond anvil cells combined with IR spectroscopy reveal molecular behavior under extreme pressures, from Earth's core to planetary science.
Exploring how postmortem CT scanning is transforming forensic investigations by providing non-invasive digital autopsies with remarkable accuracy.
Comprehensive guide to understanding, testing, and safely using laboratory fume hoods for optimal researcher protection and containment performance.
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.