Forensic Science for Beginners: A Complete Guide to Crime Scene Investigation, Evidence Analysis, and the Science Behind Criminal Justice (Kologeski, André. Vol A8)

What really happens when investigators arrive at a crime scene? How does a single strand of hair convict a killer? Why do DNA results sometimes send innocent people to prison? If you have ever watched a true crime documentary and wondered how forensic science actually works — beyond the polished television dramas and the dramatic courtroom reveals — this book is your definitive guide. Forensic Science for Beginners is the most comprehensive, accessible, and scientifically rigorous introduction to forensic science available today. Written by internationally published forensic criminal specialist André Kologeski, this book takes you inside the laboratories, crime scenes, and courtrooms where science and justice collide — revealing the extraordinary methods investigators use to uncover the truth, and the sobering ways those methods can fail. Inside this essential guide, you will discover: •The Science Behind the Scene: How forensic science evolved from ancient China's first autopsy manual to today's genetic genealogy databases — and why the gap between TV forensics and reality is wider than you think •Crime Scene Mastery: The systematic procedures investigators use to document, preserve, and collect evidence — and the common mistakes that contaminate crime scenes and destroy prosecutions •Fingerprints — The Original Biometric: How ridge patterns are developed, identified, and matched, why the FBI's fingerprint analysis scandal shook the entire discipline, and what AFIS can and cannot do •The DNA Revolution: How a single molecule transformed criminal justice, how the Golden State Killer was identified after 40 years, and why DNA evidence is not as infallible as prosecutors claim •Reading the Language of Death: What forensic pathologists discover during autopsy, how time of death is calculated, and why the JonBenét Ramsey case remains a masterclass in forensic controversy •Ballistics and Firearms: How every gun leaves a unique signature on every bullet it fires, what gunshot residue reveals about a shooter, and why the science of ballistic matching is under serious scientific scrutiny •Digital Forensics: Why deleted files are never truly gone, how investigators recover evidence from encrypted phones, and what the Apple vs. FBI case revealed about the limits of digital investigation •Poisons and Drugs: How toxicologists detect substances that killers believed were undetectable — from arsenic in Victorian England to polonium-210 in modern London •The Criminal Mind: What criminal profiling actually is (and is not), why eyewitness testimony is dangerously unreliable, and what the science of false confessions reveals about interrogation •The Invisible Evidence: How microscopic fibers, pollen grains, and paint chips have solved murders that left no other trace •When Science Fails: The wrongful convictions built on bite mark analysis, hair comparison, and flawed arson science — and the ongoing fight to reform a system that too often mistakes certainty for truth Whether you are a true crime enthusiast hungry for the science behind the stories, a student considering a career in forensic science, a legal professional seeking to understand the evidence in your cases, or simply a curious reader who wants to understand how the criminal justice system actually works — this book will transform your understanding of forensic science from the ground up. The truth is not always what it appears. But with the right science, it can always be found.