Speaker
Summary
The Health Physics group at LASA laboratory in Milan has a long-standing tradition in the study and optimization of accelerator-based radionuclide production for medical and environmental applications. In the last decade, research efforts have focused on theranostic radionuclides, with special emphasis on terbium, whose four isotopes (149,152,155,161Tb) offer complementary emissions suitable for therapy and imaging. A wide range of experimental campaigns has been carried out within this framework, exploring light-ion-induced reactions on various rare-earth targets to assess alternative production routes for terbium isotopes. Among these studies, the α-induced reactions on natural europium (natEu(α,x)) represent a cornerstone. This work presents the results of that investigation and their subsequent use in multi-objective optimization of production parameters through NSGA-II modelling.
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