Simply Forensic delivers evidence-based forensic science—expert articles, timely research briefs, real-world case studies, and clear career insights. From DNA and toxicology to ballistics and digital forensics, we translate complex methods into accessible, trustworthy knowledge.
New research argues that genomics is revolutionizing forensic science. SNP testing and FGG overcome STR limits, leveraging aDNA techniques to…
Concise, source-driven updates on studies, standards, tech, and rulings that shape forensic practice.
New forensic research quantifies the risks of DNA transfer and degradation in washing machines, finding…
Role scope, lab workflows, essential skills, and training paths—so you can plan your next step with clarity.
This article explores the vital role forensic scientists play in modern medical…
Explore the diverse careers in forensic science, the pathway to becoming a…
Discover the role of forensic engineering in investigating failures, improving safety standards,…
Explore the enigmatic world of forensic document examination, where experts unravel the…
Dive into the fascinating realm of forensic science and uncover the essential…
Discover the multifaceted roles of forensic psychologists within the legal and criminal…
Dive into the world of forensic science and discover the essential skills…
Advanced networking strategies can boost scientific careers by promoting thought leadership, fostering…
Networking for scientists in the digital age involves leveraging online platforms, virtual…
Follow the evidence from scene to lab to court—methods in context, alternate hypotheses tested, and lessons learned.
In 1988, 26-year-old Anna Jean Kane was found strangled in Berks County, Pennsylvania. For decades the case went cold. In 2022, investigators used forensic genealogy on DNA from her clothing—triangulated with DNA on a taunting 1990 letter—to identify local man Scott Grim, solving the case 34 years later.
On June 25, 2025, the grounds of the South Calcutta Law College—a place meant to be a sanctuary for the study and upholding of justice—became the scene of a brutal violation that would test the very principles it taught. A 24-year-old first-year student, a young woman at the beginning of…
In the pre-dawn hours of November 13, 2022, a profound and brutal act of violence shattered the tranquility of Moscow, Idaho, a small college town that had not recorded a homicide in seven years. Four University of Idaho students—Madison "Maddie" Mogen, 21; Kaylee Goncalves, 21; Xana Kernodle, 20; and Ethan…
In the small, devoutly Christian community of Koodathayi in Kerala, India, the Ponnamattom family was a picture of respectability and success. They were known as a well-educated, close-knit family, their lives interwoven with the rhythms of church and community. But beneath this placid surface, a silent, methodical evil was at…
An in-depth forensic analysis of the Golden State Killer case. Explore how Investigative Genetic Genealogy unmasked Joseph James DeAngelo after 40 years.
The Aishwarya honor killing case in Tamil Nadu 2024 presents unique forensic challenges due to deliberate evidence destruction. This comprehensive analysis examines investigation methods, evidence collection, and legal proceedings in this tragic inter-caste marriage murder case.
Meet the minds who shaped forensic science. From foundational principles to breakthrough technologies, these pioneers connect past discovery to today’s lab methods and courtroom practice.
SimplyForensic.com is founded and authored by a forensic analyst and a PhD candidate dedicated to making forensic science accessible, reliable, and media-rich. With a master’s in forensic science (forensic biotechnology) and a bachelor’s in biotechnology, the author brings experience in law-enforcement DNA and toxicology casework as well as field evidence collection and chain-of-custody management. Technical competencies include biological screening, DNA extraction, qPCR, STR amplification, capillary electrophoresis, fragment analysis, STR interpretation, GC-MS drug analysis, and forensic photography. Their work translates real-world practice into clear, source-driven explainers and research briefs across DNA profiling, toxicology, ballistics, and digital forensics.
We welcome news, research briefs, explainers, and case studies from practitioners, researchers, educators, and advanced students. Contributions are unpaid and reviewed for originality, accuracy, and clarity before publication.
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