A Forensic Science True Crime Podcast
A Forensic Science True Crime Podcast
Welcome back to The Science of Murder. Today, we step up to the bench to analyze the physics and pathology of blunt force trauma—a study in energy transfer where mass, velocity, and surface area dictate the story of a weapon and the destruction of human tissue. Is blunt force
Welcome back! As we resume The Science of Murder, we turn our focus to the cornerstone of friction ridge identification. Is the fingerprint an infallible biological signpost of individual identity, or an imperfect impression vulnerable to cognitive bias, poor surface matrixing, and subjective examiner evaluation? In this episode, we
Is familial DNA profiling a revolutionary breakthrough in cold-case resolution, or a quiet erosion of Fourth Amendment protections that transforms every relative into an unwitting informant? In this episode of The Science of Murder, we step up to the bench to analyze how advanced genetic genealogy, open-source databases, and
Is DNA the indisputable biological gold standard of forensic telemetry, or an evolving probabilistic model navigating the friction between individual liberty and systemic dragnet surveillance? In our third episode of The Science of Murder, we step up to the bench to analyze the evolution of biological markers—tracing the journey
Is microscopic physical contact an inescapable telemetry log, or can human error and procedural overreach corrupt the silent witness of trace evidence? In our second episode of The Science of Murder, we step up to the bench to analyze Locard’s Exchange Principle—the foundational law that every contact leaves a
Is forensic crime scene analysis an innate, deductive gift, or a meticulously engineered discipline built on the backs of unyielding clinical standards? In our premiere episode of The Science of Murder, we step up to the bench to analyze the life, fortune, and forensic legacy of Frances Glessner Lee—the
Premiering
