The NUMEN Technical Design Report

dc.creatorCAPPUZZELLO, FRANCESCO
dc.creatorAGODI, CLEMENTINA
dc.creatorCALABRETTA, LUCIANO
dc.creatorCALVO, DANIELA
dc.creatorCARBONE, DIANA
dc.creatorCAVALLARO, MANUELA
dc.creatorCOLONNA, MARIA
dc.creatorFINOCCHIARO, PAOLO
dc.creatorIAZZI, FELICE
dc.creatorLINARES, ROBERTO
dc.creatorOLIVEIRA, JOSE R.B.
dc.creatorPANDOLA, LUCIANO
dc.creatorSANTOPINTO, ELENA
dc.creatorTORRESI, DOMENICO
dc.creatorTUDISCO, SALVATORE
dc.creatorACOSTA, LUIS
dc.creatorALTANA, CARMEN
dc.creatorAMADOR-VALENZUELA, PAULINA
dc.creatorAVANZI, LUIS H.
dc.creatorBELLONE, JESSICA
dc.creatorBONANNO, DANILO
dc.creatorBOZTOSUN, ISMAIL
dc.creatorBRASOLIN, SANDRO
dc.creatorBRISCHETTO, GIUSEPPE A.
dc.creatorBRUNASSO, OSCAR
dc.creatorCALABRESE, SALVATORE
dc.creatorCAMPAJOLA, LUIGI
dc.creatorCAPIROSSI, VITTORIA
dc.creatorLOMELI, EFRAIN R.C.
dc.creatorCIRALDO, IRENE
dc.creatorAGUIAR, VITOR A.P. DE
dc.creatorDELAUNAY, FRANCK
dc.creatorFERRARESI, CARLO
dc.creatorFISICHELLA, MARIA
dc.creatorGANDOLFO, ELISA
dc.creatorGUAZZELLI, MARCILEI A.
dc.creatorLA VIA, FRANCESCO
dc.creatorLAMBARRI, DANIEL J.M.
dc.creatorLENSKE, HORST
dc.creatorLUBIAN, JESUS
dc.creatorMEDINA, NILBERTO H.
dc.creatorMEREU, PAOLO
dc.creatorMORALLES, MAURICIO
dc.creatorMUOIO, ANNAMARIA
dc.creatorPETRASCU, HORIA
dc.creatorPINNA, FEDERICO
dc.creatorSARTIRANA, DIEGO
dc.creatorSGOUROS, ONOUFRIOS
dc.creatorSOLAKCI, SELCUK O.
dc.creatorSOUKERAS, VASILIS
dc.creatorSPATAFORA, ALESSANDRO
dc.creatorRUSSO, ANTONIO D.
dc.creatorYILDIRIM, AYDIN
dc.date2021
dc.date2022-03-16T15:29:03Z
dc.date2022-03-16T15:29:03Z
dc.date.accessioned2023-09-28T14:21:23Z
dc.date.available2023-09-28T14:21:23Z
dc.identifier0217-751X
dc.identifierhttp://repositorio.ipen.br/handle/123456789/32797
dc.identifier30
dc.identifier36
dc.identifier10.1142/S0217751X21300180
dc.identifier27.40
dc.identifier48.33
dc.identifier.urihttps://repositorioslatinoamericanos.uchile.cl/handle/2250/9003016
dc.descriptionNUMEN proposes an innovative technique to access the nuclear matrix elements entering the expression of the lifetime of the double beta decay by cross-section measurements of heavy-ion induced Double Charge Exchange (DCE) reactions. Despite the fact that the two processes, namely neutrinoless double beta decay and DCE reactions, are triggered by the weak and strong interaction respectively, important analogies are suggested. The basic point is the coincidence of the initial and final state many-body wave functions in the two types of processes and the formal similarity of the transition operators. The main experimental tools for this project are the K800 Superconducting Cyclotron and MAGNEX spectrometer at the INFN-LNS laboratory. However, the tiny values of DCE cross-sections and the resolution requirements demand beam intensities much higher than those manageable with the present facility. The on-going upgrade of the INFN-LNS facilities promoted by the POTLNSa project in this perspective is intimately connected to the NUMEN project. This paper describes the solutions proposed as a result of the R&D activity performed during the recent years. The goal is to develop suitable technologies allowing for the measurements of DCE cross-section under extremely high beam intensities.
dc.format2130018-1 - 2130018-155
dc.relationInternational Journal of Modern Physics A
dc.rightsopenAccess
dc.subjectnuclear matrix
dc.subjectneutrinoless double beta decay
dc.subjectneutrinos
dc.subjectmatrix elements
dc.subjectheavy ions
dc.subjectnuclear reactions
dc.subjectbeam luminosity
dc.titleThe NUMEN Technical Design Report
dc.typeArtigo de peri??dico
dc.coverageI


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