Use of multimodal imaging in forensic science

Investigator: M. Hain

A total of 32 countries are involved in the European COST project “Multi-modal imaging of forensic science evidence – tools for forensic science”. The aim of the project is to support the emergence of innovative, multi-informative and practically usable multimodal imaging methods for the analysis of forensic (forensic) evidence. Imaging technologies include optical, mass spectrometric, spectroscopic, chemical, physical, and digital forensic techniques complemented by computer modeling and image processing methods.
Within the working group WG1 of this project, we participated together with ÚMMS and ÚPo SAV in solving the problem of verification of authenticity and integrity of documents using the methods of optical spectroscopy, FTIR microscopy, scanning electron microscopy and ultraviolet induced fluorescence. We presented the results at the COST conference in Dubrovnik [1].

 

Foreign partners: a total of 21
• Albania: 1, Austria: 1, Belgium: 1, Bosnia and Herzegovina: 1, Czech Republic: 1, Germany: 1, Denmark: 1, Estonia: 1, France: 1, United Kingdom: 1, Greece: 1, Croatia: 1, Switzerland: 1, Israel: 1, Italy: 1, Lithuania: 1, Latvia: 1, Macedonia: 1, Malta: 1, Montenegro: 1, Netherlands: 1, Norway: 1, Poland: 1, Portugal: 1 , Romania: 1, Serbia: 1, Slovakia: 1, Turkey: 1

 

Publication:

Nosko, M. – Šipoš, E. – Šišková, A. – Kleinová, A. – Gigac, J. –  Hain, M. Forensic study of paper documentation for contractual fraud revelation purposes. In Forensic imaging techniques – an exploration of their potential as standalone tools and within a multimodal approach. Dubrovnik, COST CA16101, 2018, p. 46.