Explore how a Multidisciplinary Minor in Forensics transforms liberal arts students into skilled investigators through scientific principles and hands-on experimentation.
Explore how surface topography affects forensic fingerprint development using iron oxide powder suspension in this scientific analysis.
Explore how forensic biology and chemistry transform tiny biological and chemical clues into powerful evidence for solving crimes.
Explore how forensic scientists use GC-MS to simultaneously detect nicotine and cotinine, revealing secrets about tobacco exposure and smoking habits.
Explore how forensic scientists use Neutron Activation Analysis and Atomic Absorption Spectroscopy to solve crimes through soil evidence.
Explore the life and work of Alfred Swaine Taylor, the father of British forensic medicine, whose pioneering work in toxicology transformed criminal investigation in Victorian England.
Discover how forensic scientists use visible reflectance spectroscopy to analyze paint evidence and solve crimes through this engaging undergraduate lab experiment.
How forensic scientists are solving crimes by analyzing the invisible biological traces left behind on the most dangerous of evidence.
Cutting-edge mRNA profiling with SYBR Green dye transforms forensic investigations by identifying body fluids with unprecedented precision.
Exploring cutting-edge forensic technologies transforming trace evidence analysis from microscopic clues to powerful courtroom evidence.