IFIGENEIA

The IFIGENEIA Excellence Hub aspires to introduce, develop and deliver the complete design study and the precise business plan for the implementation in Europe of the LINear ACcelerator (LINAC) technology in radiation therapy, diagnostic and theranostic procedures. Linear Accelerator technologies offer a unique, compact, cost-effective, and environmentally friendly solution for sustainable production, management, accessibility, and promotion of nuclear medicine and molecular imaging technologies. Unlike current radioisotope production methods, mostly reliant on older nuclear reactors using highly enriched uranium with associated concerns about global availability, safety, and environmental issues, or on cyclotrons limited to a narrow range of radioisotopes, LINACs enable the production of a broader range due to their tunability in energy, targets, and currents. The IFIGENEIA Excellence Hub aims to create the complete design and implementation study for a cutting-edge LINAC facility in the Balkans, by creating in Greece, Slovenia and Cyprus Excellence Hubs dedicated to developing and implement a LINAC-based facility, capable of producing a diverse range of marketable radioisotopes. Interconnected Hubs will collaboratively pursue national and international partnerships to achieve shared strategic goals and improve value chains. The project focuses on a cross-border R&I strategy, an investment plan, and implementing innovative products and services across the hubs. Each Hub will unite regional stakeholders in healthcare, culture, academia, businesses, public sectors, and societal actors, working toward sustainable nuclear medicine and culture in their regions. IFIGENEIA aims to incubate future excellence hubs in the West Balkan region and will provide mentoring to West Balkan countries in the current project. In collaboration with esteemed research centers, IFIGENEIA can create a lasting technological and business framework for nuclear medicine in Europe.

Within the IFIGENEIA project, CERTH plays a key technological role by leading Task: Implementation of a Virtual Interactive RadioIsotope Production Unit (T.6.3). Through this work, the organisation contributes to the development of advanced digital tools that will support virtual interaction, simulation and knowledge transfer related to radioisotope production technologies. Moreover, CERTH will play an important role in the AI modelling and the development of computational tools in the framework of the work package: LINAC design dedicated to radioisotope production and other societal applications (WP3). By combining expertise in data technologies, immersive environments and system integration, CERTH helps enable innovative digital solutions that support research, training and collaboration within the IFIGENEIA ecosystem.

Consortium

ARISTOTELIO PANEPISTIMIO THESSALONIKIS (AUTH)
REGION OF CENTRAL MACEDONIA (RCM)
BIOKOSMOS MEDICAL SCIENTIFIC EQUIPMENT COMMERCIAL INDUSTRY SOCIETE ANONYME (BIOKOSMOS)
Archaeological Museum of Thessaloniki (AMTH)
ETHNIKO KENTRO EREVNAS KAI TECHNOLOGIKIS ANAPTYXIS (CERTH)
GENIKO NOSOKOMEIO PAPAGEORGIOU (GNP)
MANAGEMENT AND ADMINISTRATION AUTHORITY OF TECHNOPOLIS THESSALONIKIS SA (TPOLIS)
NATIONAL CENTER FOR SCIENTIFIC RESEARCH “DEMOKRITOS” (NCSRD)
ANGELOS LAMPOUDIS KAI SIA OE (YFOS)
University of Ljubljana (UL)
INSTITUT JOZEF STEFAN (IJS)
COSYLAB LABORATORIJ ZA KONTROLNE SISTEME DD (COSYLAB)
SLOVENSKO INOVACIJSKO STICISCEEVROPSKO GOSPODARSKO INTERESNOZDRUZENJE (SIH)
Slovenian Academy of Engineering (IAS)
RTD TALOS LIMITED (TALOS)
UNIVERSITY OF CYPRUS (UCY)
PAGKYPRIOS SYNDESMOS KARKINOPATHON KAI FILON 1986 (PASYKAF)
ORGANISMOS KRATIKON YPIRESION YGEIAS (SHSO)
UNIVERZITET U SARAJEVU (UNSA)
GSI HELMHOLTZZENTRUM FUR SCHWERIONENFORSCHUNG GMBH (GSI)
DEUTSCHES KREBSFORSCHUNGSZENTRUM HEIDELBERG (DKFZ)
ORGANISATION EUROPEENNE POUR LA RECHERCHE NUCLEAIRE (CERN)