Research Articles
The Color of Truth: How a Beam of Light Solves Paint Crimes
Discover how forensic scientists use visible reflectance spectroscopy to analyze paint evidence and solve crimes through this engaging undergraduate lab experiment.
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.
The Spectral Library of Uranium: How CURIES is Revolutionizing Nuclear Science
Discover how CURIES, the world's first open-access spectral database for uranium minerals, is transforming nuclear science through Raman and infrared spectroscopy.
The Molecular Fingerprint: Decoding Morphine's Secrets with Vibrational Spectroscopy and Quantum Computers
Exploring how vibrational spectroscopy and DFT calculations reveal morphine's molecular secrets for safer drug design
The Invisible Witnesses: How Forensic Chemistry Unlocks Crime's Hidden Secrets
Explore how forensic chemistry transforms trace chemicals into compelling evidence through cutting-edge spectroscopic techniques, mass spectrometry, and AI integration.
Algorithmic Alchemy: How Machine Learning is Revolutionizing Nuclear Diagnostics
Exploring how machine learning transforms nuclear diagnostics through advanced spectroscopic analysis and pattern recognition.