Showing titles in Forensic Science

Helena Greenwood, a doctor with a Ph.D. in chemical pathology, was working in biotechnology when she was the victim of sexual assault. She survived and was scheduled to testify against her attacker until she was found brutally murdered in her garden. Everyone believed the killer was her past attacker; but there was not enough evidence to convict him, until ten years later when a local District Attorney working the "cold cases" used Helena's own DNA research to finally bring her killer to justice.

Audrey Edmunds was a happily married young mother of two with a baby on the way; the neighborhood soccer mom in a small Wisconsin town providing casual childcare when the unthinkable happened. An infant died in her care at the same time the unknown science of Shaken Baby Syndrome hit the media. Swept up in a media frenzy, Edmunds was accused of killing the child through SBS. She was stripped from her children and husband and sent to prison where she would fight for freedom 13 years before she was finally exonerated.

From ballistics and blood splatter patterns to DNA analysis and voice printing, RJ Parker explores the highly complex world of investigative forensic sciences. Intended as an introductory guide and reference to forensic techniques for frontline police officers, criminal attorneys, journalists, crime authors, and just interested listeners, this encyclopedic audiobook is a must-listen for any true-crime aficionado.

The One Who Searched is a spellbinding story of Detective Bill Drozd, a veteran police officer searching for a methodical serial killer who has been leaving a trail of bodies for twenty-five years. What Detective Drozd does not realize, however, is this killer is also searching for something: peace at the end of his path, which he defines as a reckoning.

Professor Angela Gallop has been at the forefront of forensics for more than 45 years. During her remarkable career, she has established and run forensic science laboratories and has worked on thousands of cases in the UK and across the world. In How to Solve a Crime, she describes some of her own and her colleagues most intriguing cases and the wide range of skills and techniques used to solve them.

Did you see the assassination attempt of Donald Trump that took place on July 13, 2024? Did it look real to you? Or did something look just a little bit off? Would the team of Secret Service agents really stop transporting Donald Trump to safety just because he said, "Wait, wait, wait!" Would they really allow Trump to expose his head and torso to gunfire from a second shooter? Are they really that inept? If what we saw on television wasn't real, then it was fake, right? After all, it has to be one or the other. It can't be both. But are those our only two choices? What if I told you there ...

In the first half of the nineteenth century, an epidemic swept Europe: arsenic poisoning. Available at any corner shop for a few pence, arsenic was so frequently used by potential beneficiaries of wills that it was nicknamed "the inheritor's powder." But it was difficult to prove that a victim had been poisoned, let alone to identify the contaminated food or drink since arsenic was tasteless. Then came a riveting case.

Stacy Horn sheds light on the dark world of the NYPD’s real-life Cold Case Squad—a special command of detectives who take on the homicide cases that remain unsolved after their initial period of investigation. Those who comprise its ranks are often characterized as misfits and lone wolves—but brilliant ones, to be sure. Here, their fascinating and deeply troubling stories of cases closed—and others that remain open—are conveyed in chilling detail.

From the Roaring '20s to the 1970s, detectives reigned supreme in police departments across the country. In this tightly woven slice of true crime reportage, Thomas A. Reppetto offers a behind-the-scenes look into some of the most notable investigations to occur during the golden age of the detective in American criminal justice.

Forensic expert Wagner has crafted a volume that stands out from the plethora of recent memoirs of contemporary scientific detectives. By using the immortal and well-known Sherlock Holmes stories as her starting point, Wagner blends familiar examples from Doyle's accounts into a history of the growth of forensic science, pointing out where fiction strayed from fact.

The murder of Sarah Payne, Adam the Thames Torso, the London bombings, the Night Stalker and the poisoning of Alexander Litvinenko... The solving of all these cases can be linked to one man: Ray Fysh, a Charlton Athletic fan from Woolwich, a natural raconteur and also one of the finest forensic detectives the country has ever seen. Ray began work for the Met Police in the 1970s when forensic investigation was seen as little more than a geeky side show, only in existence to confirm or eliminate evidence. But by the mid 90s, Ray and his team had made huge progress in their field.

Random House presents the audiobook edition of All That Remains by Professor Sue Black, read by the author. Sue Black confronts death every day. As Professor of Anatomy and Forensic Anthropology, she focuses on mortal remains in her lab; at burial sites; at scenes of violence, murder and criminal dismemberment; and when investigating mass fatalities due to war, accident or natural disaster. In All That Remains, she reveals the many faces of death she has come to know, using key cases to explore how forensic science has developed and what her work has taught her.

En France, on tue tous les jours, toutes les heures. Les faits divers envahissent les journaux, les séries télévisées de médecine légale prolifèrent, les histoires criminelles, réelles ou fictives, exercent sur le public une fascination sans borne. Michel Sapanet est médecin légiste. Sa vie, c'est la mort. Sur sa table en inox, avec un immense respect, il pratique son autopsie: exploration des boîtes crâniennes, inspection des chairs meurtries, ouverture des cœurs. Égorgés, poignardés, étranglés, pendus, tués par balle, toutes les victimes finissent par parler.

Unlock the secrets to building safer communities with Crime Prevention Strategies, your comprehensive guide to modern policing and crime prevention. This essential eBook provides a deep dive into innovative practices and proven methodologies that can help curb crime and enhance public safety. Delve into the rich historical perspectives of crime prevention and understand the evolution that has led to today’s sophisticated approaches. Explore the principles of community policing and learn how real-life case studies have successfully implemented these strategies, overcoming the challenges to...

Never before has criminal justice rested so heavily on scientific evidence. With ever-more sophisticated and powerful techniques at their disposal, forensic scientists have an unprecedented ability to help solve even the most complex cases. Angela Gallop has been a forensic scientist for over 40 years. After joining the Forensic Science Service, the first crime scene she attended was for a case involving the Yorkshire Ripper.

Modern-day investigations frequently require the identification, preservation, and collection of electronic evidence from a variety of data sources. The field of digital forensics is constantly evolving, and it is vital for all parties involved to work together to understand where relevant data is stored, and how it can be accessed and collected, in a forensically sound manner that is defensible and efficient. Learn about the different types of methodologies utilized, the various documentation generated, and important considerations for planning and performing forensic data collection.

The most remarkable weapon in the fight against crime, forensic science turns bullet trajectories, bodily fluids, and the very structure of our DNA into damning witnesses of our every act. Packed with examples from real-life cases, this Beginner Guide covers all major areas of forensic science, including drugs, trace evidence, and crime scene investigation. Pathology, anthropology, and the laws that govern this evidence all come under the scalpel as Jay Siegel tracks the journey of evidence from crime scene to courtroom

Listen to the story of Gary Ridgway from childhood to chase to capture. You might not be able to sleep after listening to this one!

Fractured skulls. Gas masks. Brain buckets. Vats of acid. Pickled body parts. Not the usual tools of trade, but for chief forensic medical scientist Derek and forensic secretary Pauline they were just part of a normal day in the office inside the world-famous Department of Forensic Medicine at Guy's Hospital in London. Derek has played a pivotal role in investigating some of the UKs most high-profile mass disasters and murder cases.

In The Scientific Sherlock Holmes, James O'Brien provides an in-depth look at Sherlock Holmes's use of science in his investigations. Indeed, one reason for Holmes's appeal is his frequent use of the scientific method and the vast scientific knowledge which he drew upon to solve mysteries. For instance, in heart of the audiobook, the author reveals that Holmes was a pioneer of forensic science, making use of fingerprinting well before Scotland Yard itself had adopted the method.