How automated SEM-EDS mineral analysis is revolutionizing forensic soil investigations with unprecedented precision and reproducibility.
Explore the evolution of forensic science from practical skills to scientific rigor, including core principles, modern transformations, and experimental methods.
Explore the forensic science techniques used to analyze heroin and cocaine seizures, from chemical profiling to advanced analytical methods.
Examining the methodological flaws in DEA drug identification reliability studies and the importance of scientific validation in forensic chemistry.
Explore how a revolutionary statistical method is transforming trace evidence analysis in forensic science through a rigorous two-stage inference framework.
Explore how computational chemistry is advancing forensic science through substituted Ruhemann's purples for enhanced fingerprint detection.
Exploring how workplace stress, organizational factors, and feedback systems influence forensic decision-making and the reliability of evidence analysis.
Discover how forensic scientists use soil analysis to solve crimes through physico-chemical expertise, examining minerals, chemistry, and trace elements.
Exploring how cutting-edge research transforms crime investigation and ensures forensic science remains a powerful force in the pursuit of justice.
Explore the fascinating evolution of forensic science in Quebec from 1914 to present, from pioneering ballistics to modern DNA analysis.