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Fundamental Symmetries, Neutrons, and Neutrinos (FSNN): Whitepaper for the 2023 NSAC Long Range Plan

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arxiv 2304.03451 v1 pith:XLXMC3IN submitted 2023-04-07 nucl-ex nucl-th

B. Acharya , C. Adams , A.A. Aleksandrova , K. Alfonso , P. An , S. Bae{ss}ler , A.B. Balantekin , P.S. Barbeau
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F. Bellini V. Bellini R.S. Beminiwattha J.C. Bernauer T. Bhattacharya M. Bishof A.E. Bolotnikov P.A. Breur M. Brodeur J.P. Brodsky L.J. Broussard T. Brunner D.P. Burdette J. Caylor M. Chiu V. Cirigliano J.A. Clark S.M. Clayton T.V. Daniels L. Darroch Z. Davoudi A. de Gouvêa W. Dekens M. Demarteau D. DeMille A. Deshpande J.A. Detwiler G.W. Dodson M.J. Dolinski S.R. Elliott J. Engel J. Erler B.W. Filippone N.Fomin J.A. Formaggio F.Q.L. Friesen J.Fry B.K. Fujikawa G. Fuller K. Fuyuto A. T. Gallant G. Gallina A. Garcia Ruiz R. F. Garcia Ruiz S. Gardner F. M. Gonzalez G. Gratta J. Gruszko V. Gudkov V.E. Guiseppe T.D. Gutierrez E.V. Hansen C.A. Hardy W.C. Haxton L. Hayen S. Hedges K.M. Heeger M. Heffner J. Heise R. Henning H. Hergert D.W. Hertzog D. Hervas Aguilar J.D. Holt S.F. Hoogerheide E.W. Hoppe M. Horoi C.R. Howell M. Huang N.R. Hutzler K. Imam T.M. Ito A. Jamil R.V. Janssens A.M. Jayich B.J.P. Jones P. Kammel K.F. Liu V. Khachatryan P.M. King J.R. Klein J.P. Kneller Yu. G. Kolomensky W. Korsch R. Krücken K.S. Kumar K.D. Launey D. Lawrence K.G. Leach B. Lehnert B.G. Lenardo Z. Li H.-W. Lin B. Longfellow S. Lopez-Caceres C. Lunardini R. MacLellan D.M. Markoff R.H. Maruyama D.G. Mathews D. Melconian E. Mereghetti P. Mohanmurthy D.C. Moore P.E. Mueller H.P. Mumm W. Nazarewicz J. Newby A.N. Nicholson E. Novitski J.C. Nzobadila Ondze T. O'Donnell G.D. Orebi Gann J.L. Orrell J.L. Ouellet D.S. Parno K.D. Paschke S. Pastore R.W. Pattie Jr A.A. Petrov M.L. Pitt B. Plaster D. Pocanic A. Pocar A.W.P. Poon D.C. Radford H. Rahangdale B.C. Rasco H. Rasiwala R.P. Redwine A. Ritz L. Rogers G. Ron R. Saldanha S. Sangiorgio G.H. Sargsyan A. Saunders G. Savard D.C. Schaper K. Scholberg N.D. Scielzo C.-Y. Seng A. Shindler J.T. Singh M. Singh V. Singh W.M. Snow A.K. Soma P.A. Souder D.H. Speller J. Stachurska P.T. Surukuchi B. Tapia Oregui O. Tomalak J.A. Torres O.A. Tyuka B.A. VanDevender L. Varriano R. Vogt A. Walker-Loud K. Wamba S.L. Watkins F.E. Wietfeldt W.D. Williams J.T. Wilson L. Winslow X.L. Yan L. Yang A.R. Young X. Zheng Y. Zhou
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This whitepaper presents the research priorities decided on by attendees of the 2022 Town Meeting for Fundamental Symmetries, Neutrons and Neutrinos, which took place December 13-15, 2022 in Chapel Hill, NC, as part of the Nuclear Science Advisory Committee (NSAC) 2023 Long Range Planning process. A total of 275 scientists registered for the meeting. The whitepaper makes a number of explicit recommendations and justifies them in detail.

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    No-core shell model calculations for tritium show radial excitation contributions to the isospin-symmetry-breaking correction are negative and comparable to 10-20% of the diagonal contribution, suggesting shell-model ...

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