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  • The NUMEN project: probing ...
    Carbone, D; Agodi, C; Bellone, J I; Burrello, S; Calabrese, S; Cappuzzello, F; Cavallaro, M; Colonna, M; De Gregorio, G; Ferreira, J L; Gargano, A; Lenske, H; Sgouros, O; Spatafora, A; Acosta, L; Amador-Valenzuela, P; Brischetto, G A; Calvo, D; Capirossi, V; Chàvez Lomelì, E R; Ciraldo, I; Delaunay, F; Djapo, H; Eke, C; Finocchiaro, P; Firat, S; Fisichella, M; Guazzelli, M A; Hacisalihoglu, A; Iazzi, F; Lay, J A; Linares, R; Lubian, J; Medina, N H; Moralles, M; Oliveira, J R B; Pakou, A; Pandola, L; Petrascu, H; Pinna, F; Russo, G; Solakci, S O; Soukeras, V; Souliotis, G; Torresi, D; Tudisco, S; Yildirim, A; Zagatto, V A B

    Journal of physics. Conference series, 09/2023, Letnik: 2586, Številka: 1
    Journal Article

    Abstract Different reactions channels induced by the 18 O + 40 Ca collisions at 275 MeV incident energy are simultaneously measured and analysed consistently within the same reaction and structure frameworks within the NUMEN project. The project aims to provide data-driven information for the determination of the nuclear matrix elements involved in the neutrinoless double beta decay. In particular, the elastic and inelastic scattering, one- and two-proton transfer, one-neutron transfer, and single charge exchange reactions are explored. The full quantum-mechanical calculations, performed by including microscopic nuclear structure inputs, describe well all the experimental data, giving support to a multi-channel strategy for the analysis of heavy-ion induced direct reactions.