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Neutrinoless Double Beta Decay

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arxiv 2212.11099 v1 pith:ZNKR2E4T submitted 2022-12-21 nucl-ex nucl-th

C. Adams , K. Alfonso , C. Andreoiu , E. Angelico , I.J. Arnquist , J.A.A. Asaadi , F.T. Avignone , S. N. Axani
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A.S. Barabash P.S. Barbeau L. Baudis F. Bellini M. Beretta T. Bhatta V. Biancacci M. Biassoni E. Bossio P.A. Breur J.P. Brodsky C. Brofferio E. Brown R. Brugnera T. Brunner N. Burlac E. Caden S. Calgaro G.F. Cao L. Cao C. Capelli L. Cardani R. Castillo Fernandez C.M. Cattadori B. Chana D. Chernyak C.D. Christofferson P.-H. Chu E. Church V. Cirigliano R. Collister T. Comellato J. Dalmasson V. D'Andrea T. Daniels L. Darroch M.P. Decowski M. Demarteau S. De Meireles Peixoto J.A. Detwiler R.G. DeVoe S. Di Domizio N. Di Marco M.L. di Vacri M.J. Dolinski Yu. Efremenko M. Elbeltagi S.R. Elliott J. Engel L. Fabris W.M. Fairbank J. Farine M. Febbraro E. Figueroa-Feliciano D.E. Fields J.A. Formaggio B.T. Foust B. Franke Y. Fu B.K. Fujikawa D. Gallacher G. Gallina A. Garfagnini C. Gingras L. Gironi A. Giuliani M. Gold R. Gornea C. Grant G. Gratta M.P. Green G.F. Grinyer J. Gruszko Y. Guan I.S. Guinn V.E. Guiseppe T.D. Gutierrez E.V. Hansen C.A. Hardy J. Hauptman M. Heffner K.M. Heeger R. Henning H. Hergert D. Hervas Aguilar R. Hodak J.D. Holt E.W. Hoppe M. Horoi H.Z. Huang K. Inoue A. Jamil J. Jochum B.J.P. Jones J. Kaizer G. Karapetrov S. Al Kharusi M.F. Kidd Y. Kishimoto J.R. Klein Yu.G. Kolomensky I. Kontul V.N. Kornoukhov P. Krause R. Krucken K.S. Kumar K. Lang K.G. Leach B.G. Lenardo A. Leonhardt A. Li G. Li Z. Li C. Licciardi R. Lindsay I. Lippi J. Liu M. Macko R. MacLellan C. Macolino S. Majidi F. Mamedov J. Masbou R. Massarczyk A.T. Mastbaum D. Mayer A. Mazumdar D.M. Mei Y. Mei S.J. Meijer E. Mereghetti S. Mertens K. Mistry T. Mitsui D.C. Moore M. Morella J.T. Nattress M. Neuberger X.E. Ngwadla C. Nones V. Novosad D.R. Nygren J.C. Nzobadila Ondze T. O'Donnell G.D. Orebi Gann J.L. Orrell G.S. Ortega J. L. Ouellet C. Overman L. Pagani V. Palusova A. Para M. Pavan A. Perna L. Pertoldi W. Pettus A. Piepke P. Piseri A. Pocar P. Povinec F. Psihas A. Pullia D.C. Radford G.J Ramonnye H. Rasiwala M. Redchuk S. Riboldi G. Richardson K. Rielage L. Rogers P.C. Rowson E. Rukhadze R. Saakyan C. Sada G. Salamanna F. Salamida R. Saldanha D.J. Salvat S. Sangiorgio D.C. Schaper S. Schoenert M. Schwarz S.E. Schwartz Y. Shitov F. Simkovic V. Singh M. Slavickova A.C. Sousa F.L. Spadoni D.H. Speller I. Stekl R.R. Sumathi P.T. Surukuchi R. Tayloe W. Tornow J.A. Torres T.I. Totev S. Triambak O.A. Tyuka S.I.Vasilyev M. Velazquez S. Viel C. Vogl K. von Strum Q. Wang D. Waters S.L. Watkins M. Watts W.-Z. Wei B. Welliver Liangjian Wen U. Wichoski S. Wilde J.F. Wilkerson L. Winslow C. Wiseman X. Wu W. Xu H. Yang L. Yang C.H. Yu J. Zeman J. Zennamo G. Zuzel
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classification nucl-exnucl-th
keywords betadecaydoublenuclearphysicswhitecasecollaborations
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This White Paper, prepared for the Fundamental Symmetries, Neutrons, and Neutrinos Town Meeting related to the 2023 Nuclear Physics Long Range Plan, makes the case for double beta decay as a critical component of the future nuclear physics program. The major experimental collaborations and many theorists have endorsed this white paper.

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Cited by 5 Pith papers

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