Speaker
Description
Modern laser-based spectroscopic technologies are playing a transformative role across multiple strategic fields, from security and forensic science to cultural heritage conservation. In the EDA STYX project, ENEA contributes to the development of advanced stand-off Raman systems for the remote detection of explosive threats and chemical agents. This Detector integrates high-sensitivity Raman spectroscopy, eye-safe excitation, time-gated acquisition, and AI-assisted spectral analysis to enable real-time screening in dynamic scenarios and support homeland-security and hybrid-threat countermeasures.
In parallel, within the EU Horizon RISEN project, laser-based techniques such as Raman spectroscopy and LIBS (Laser-Induced Breakdown Spectroscopy) are applied to forensic investigation, enabling rapid, non-destructive identification of trace evidence directly at crime scenes. These portable analytical systems support law-enforcement and crime-lab activities by providing molecular and elemental characterization of materials such as biological traces, chemical residues, narcotics, and gunshot residues, accelerating decision-making and enhancing evidential reliability.
Beyond security and forensics, ENEA also applies laser-based diagnostics to cultural heritage, designing non-invasive Raman, LIBS, and optical imaging systems for in-situ analysis of artworks, monuments, and archaeological artefacts. These methods allow material characterization, pigment identification, and degradation assessment while preserving the integrity of priceless cultural assets.
Together, these initiatives demonstrate the versatility and strategic importance of Stand-off detection and diagnostic, showcasing ENEA’s contribution to advancing laser technologies for safety, justice, and cultural preservation.