Explore how forensic chemistry and toxicology transform molecular traces into irrefutable evidence, solving crimes through cutting-edge science.
Explore how Chemical Ionization Mass Spectrometry (CIMS) revolutionized drug detection through gentle molecular analysis and its critical role in forensic science.
Discover how CURIES, the world's first open-access spectral database for uranium minerals, is transforming nuclear science through Raman and infrared spectroscopy.
How Y-STR megaplex assays transformed forensic genetics by amplifying male-specific DNA markers, solving cold cases and exonerating the innocent.
Explore how cutting-edge research and essential books are transforming forensic science, from bloodstain analysis to DNA sequencing.
Explore the evolution and science behind alcohol testing methods, from early drunkometers to modern biomarker detection and behavioral assessment tools.
Analysis of Akron-Canton's evolving drug crisis from 2011-2012, examining the shift from prescription opioids to heroin and synthetic alternatives.
Explore how Near-Infrared Spectroscopy transformed medicine and agriculture in the 1990s through non-invasive analysis using invisible light.
Exploring the chemist as anti-hero through Walter White and Sherlock Holmes, examining how chemistry becomes a moral battleground in modern storytelling.
Exploring how agroforestry practices could store 74 million tons of CO₂ yearly while boosting farm profits up to 40% through integrated tree-crop systems.