How context-based forensic science labs are revolutionizing undergraduate chemistry education through real-world crime scene scenarios.
Exploring how vibrational spectroscopy and DFT calculations reveal morphine's molecular secrets for safer drug design
Explore how forensic chemistry transforms trace chemicals into compelling evidence through cutting-edge spectroscopic techniques, mass spectrometry, and AI integration.
Exploring the cutting-edge science of nuclear forensics and how it helps trace illicit radioactive materials to their sources.
Exploring cutting-edge forensic technologies transforming trace evidence analysis from microscopic clues to powerful courtroom evidence.
Exploring the science behind carcass decay and innovative methods to estimate postmortem interval in animals.
Explore how environmental forensics uncovers pollution sources in Malaysia's Langat River through geochemistry, ecology, and statistical analysis.
Explore how forensic photography, toxicology, and digital forensics work together to provide irrefutable evidence in the criminal justice system.
Explore how forensic chemical laboratories in Russia use advanced methodologies to solve crimes through chemical analysis and expert testimony.
Discover how titanium dioxide in white pigments disrupts fingerprint forensic techniques and the scientific solutions to overcome this challenge.