Christopher Palenik Invited to Present at International Forensic Conference in Shanghai
The 5th International Judiciary Forensic Investigation and Education Conference was held at Shanghai University of Political Science and Law in Shanghai, China from 19 to 22 November 2025. The event featured global experts focusing on forensic science, digital forensic analysis, and legal technology. The conference brought together professionals to discuss advancements in the field of forensic science and judiciary, highlighting academic exchange and practical applications in forensic investigations.
The organizers invited Microtrace Vice-President Christopher Palenik, PhD. to present at the conference. His paper, entitled The Study of Forensic Traces in Crime, Art, and Industry discussed how forensic science has expanded beyond criminal investigations to address questions in art authentication, manufacturing, food and pharmaceutical analysis, and civil litigation. He emphasized a problem‑solving approach using microscopical and microanalytical techniques from chemistry, geology, biology, and materials science to identify and interpret minute material traces.
Abstract
The Study of Forensic Traces in Crime, Art, and Industry
By Dr. Christopher S. Palenik
Forensic science has evolved from its traditional role in criminal investigations to address a diverse array of complex questions. These include fine art authentication, food, pharmaceutical and manufacturing issues, and topics within civil litigation. Minute traces of virtually any substance can be characterized and identified to answer questions of comparison, origin, and authenticity. Whether it’s soil from a crime scene, a paint chip from a purported Picasso, or a contaminant in a food sample, materials of all kinds can play a critical role in matters as diverse as a murder trial, product recall, or art authentication investigation. Through case examples, this presentation will illustrate a problem-solving approach that highlights the use of microscopical and microanalytical techniques drawn from chemistry, geology, biology, and materials science.
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