Explore the cutting-edge science transforming arson investigation - from portable GC-MS technology to AI-powered fire analysis techniques.
Explore how environmental litigation support teams use scientific tools to transform environmental disputes with data-driven evidence and forensic earth science.
Explore how Aggregation-Induced Emission Luminogens (AIEgens) are transforming forensic science and anti-counterfeiting with groundbreaking glowing materials.
Explore the fascinating science behind cotton combustion residues and how they help forensic investigators determine fire causes and develop safer textiles.
Exploring the dangerous practice of body packing, its fatal consequences, and the medical science used to detect and respond to internal drug smuggling.
Explore how FT-NMR technology is transforming forensic science education by providing molecular fingerprinting capabilities for future crime lab professionals.
Discover how scientists are developing new forensic methods to detect GHB through its metabolites, extending the detection window for this challenging substance.
Explore how high-throughput differential mobility spectrometry coupled with mass spectrometry (DMS-MS) is transforming forensic science through rapid, accurate chemical analysis.
Exploring the transformative impact of AI in forensic sciences - from crime scene analysis to courtroom evidence, examining both revolutionary potential and ethical challenges.
Discover how portable Raman spectroscopy is transforming forensic science and public safety by enabling rapid, non-destructive identification of drugs of abuse directly in the field.