Research Articles
The Silent Witness: How a Grain of Soil Can Crack a Case
Discover how forensic scientists use soil analysis to solve crimes through physico-chemical expertise, examining minerals, chemistry, and trace elements.
Unlocking Crime's Secrets: Why Forensic Science Needs Continuous Research
Exploring how cutting-edge research transforms crime investigation and ensures forensic science remains a powerful force in the pursuit of justice.
A Century of Solving Crimes: The Revolutionary Evolution of Forensic Science in Quebec
Explore the fascinating evolution of forensic science in Quebec from 1914 to present, from pioneering ballistics to modern DNA analysis.
Cracking Cases with Science: The Fascinating World of Modern Forensic Analysis
Explore cutting-edge forensic technologies including AI, DNA sequencing, and spectroscopy that are revolutionizing crime solving.
Dirt Never Lies: How Soil Fingerprints Solve Crimes
Explore how elemental fingerprinting of soils using ICP-MS and multivariate statistics helps solve crimes through forensic geology.
The Silent Witnesses: How Modern Science is Supercharging Crime Scene Investigation
Explore how improved organization and coordination in forensic medicine and chemistry are revolutionizing crime scene investigation and toxicology analysis.
Forensic Botany: How Plants and Seeds Are Revolutionizing Crime Investigation
Discover how natural compounds from plants are transforming forensic science by providing eco-friendly, effective methods for latent fingerprint detection.
Cracking the Case: How the Aggie Sleuth Initiative Revolutionizes Forensic Science Education
Exploring how the Aggie Sleuth Initiative transforms forensic science education through guided inquiry learning to address critical thinking deficits in the field.
Cracking the Case: Inside the Forensic Lab Module Where Science Meets Justice
Explore the cutting-edge Forensic Science Laboratory Module where the next generation of crime scene investigators hone their skills through realistic simulations and advanced techniques.
Double Helix & Chemical Clues: Where Biology Meets Chemistry to Crack Cases
Exploring the development of bi-disciplinary forensic science courses that merge biology and chemistry to train the next generation of forensic experts.