CONTACT PAGE

 Have a question, correction, or topic suggestion? I'd love to hear from you.

Whether you're a student, researcher, true-crime enthusiast, or fellow forensics geek, feel free to get in touch using the form below.

📧 Email: [forensiclabgeek@gmail.com]

For business inquiries, collaborations, or guest post requests, please include "Forensic Lab Geek" in your subject line.

By SENTHAMIL. S

Comments

Post a Comment

Popular Posts

Why Synthetic Drugs Are a Moving Target for Forensic Toxicology

Image
A toxicology screen comes back negative, yet everything about a case, the clinical symptoms, the witness accounts, the circumstances surrounding a death, strongly suggests drug involvement. This frustrating scenario has become increasingly common in forensic toxicology labs, and the reason behind it reveals one of the field's most persistent ongoing challenges: standard testing panels are built to detect specific, known compounds, and chemists producing illicit synthetic drugs have gotten remarkably good at staying one step ahead of exactly what those panels are designed to find. This cat-and-mouse dynamic, where new compounds appear faster than testing methods can be updated to reliably detect them, makes novel psychoactive substances one of the more genuinely difficult ongoing problems in modern forensic toxicology. Why Novel Psychoactive Substances Exist in the First Place Designed Specifically to Evade Detection and Regulation Novel psychoactive substances are synth...
Read more

What Is File Carving in Digital Forensics? A Complete Guide to Recovering Lost Digital Evidence

Image
Introduction Imagine investigators seize a laptop during a cybercrime investigation. The suspect has deleted hundreds of files and even reformatted the storage drive. At first glance, it appears that all important evidence has disappeared. However, digital forensic experts know that deleting a file does not always erase its contents immediately. In many cases, fragments of deleted data remain on the storage device and can still be recovered. This is where file carving becomes an essential forensic technique. Unlike traditional file recovery methods that rely on file system information, file carving searches directly through raw storage data to identify and reconstruct files. It is widely used in criminal investigations, corporate incident response, cybercrime cases, and digital evidence recovery. This article explains how file carving works, why it is important in digital forensics, and the techniques investigators use to recover valuable evidence from storage devices....
Read more

Inside NamUs: How a National Database Solves Missing Persons Cold Cases

Image
By: HARISH. D | Forensic Science Expert Published: [26/06/2026] | Last Updated: [27/06/2026] This article is based on scientific research and real forensic investigation techniques. A person goes missing in one state, and years later, unidentified remains turn up hundreds of miles away in a completely different jurisdiction. Without some way of connecting these two separate pieces of information, that case might remain permanently unsolved, simply because the missing persons report and the unidentified remains report exist in entirely separate local systems that never have any reason to cross paths. This exact scenario, repeated across the country far more often than most people realize, is precisely the problem the National Missing and Unidentified Persons System, known as NamUs, was specifically built to address. I think this resource deserves more public awareness than it typically receives, since it represents a genuinely practical solution to a structural pro...
Read more