Prospects for beyond the Standard Model physics searches at the Deep Underground Neutrino Experiment

Author:

Abi B.,Acciarri R.,Acero M. A.,Adamov G.,Adams D.,Adinolfi M.,Ahmad Z.,Ahmed J.,Alion T.,Monsalve S. Alonso,Alt C.,Anderson J.,Andreopoulos C.,Andrews M. P.,Andrianala F.,Andringa S.,Ankowski A.,Antonova M.,Antusch S.,Aranda-Fernandez A.,Ariga A.,Arnold L. O.,Arroyave M. A.,Asaadi J.,Aurisano A.,Aushev V.,Autiero D.,Azfar F.,Back H.,Back J. J.,Backhouse C.,Baesso P.,Bagby L.,Bajou R.,Balasubramanian S.,Baldi P.,Bambah B.,Barao F.,Barenboim G.,Barker G. J.,Barkhouse W.,Barnes C.,Barr G.,Monarca J. Barranco,Barros N.,Barrow J. L.,Bashyal A.,Basque V.,Bay F.,Alba J. L. Bazo,Beacom J. F.,Bechetoille E.,Behera B.,Bellantoni L.,Bellettini G.,Bellini V.,Beltramello O.,Belver D.,Benekos N.,Neves F. Bento,Berger J.,Berkman S.,Bernardini P.,Berner R. M.,Berns H.,Bertolucci S.,Betancourt M.,Bezawada Y.,Bhattacharjee M.,Bhuyan B.,Biagi S.,Bian J.,Biassoni M.,Biery K.,Bilki B.,Bishai M.,Bitadze A.,Blake A.,Siffert B. Blanco,Blaszczyk F. D. M.,Blazey G. C.,Blucher E.,Boissevain J.,Bolognesi S.,Bolton T.,Bonesini M.,Bongrand M.,Bonini F.,Booth A.,Booth C.,Bordoni S.,Borkum A.,Boschi T.,Bostan N.,Bour P.,Boyd S. B.,Boyden D.,Bracinik J.,Braga D.,Brailsford D.,Brandt A.,Bremer J.,Brew C.,Brianne E.,Brice S. J.,Brizzolari C.,Bromberg C.,Brooijmans G.,Brooke J.,Bross A.,Brunetti G.,Buchanan N.,Budd H.,Caiulo D.,Calafiura P.,Calcutt J.,Calin M.,Calvez S.,Calvo E.,Camilleri L.,Caminata A.,Campanelli M.,Caratelli D.,Carini G.,Carlus B.,Carniti P.,Terrazas I. Caro,Carranza H.,Castillo A.,Castromonte C.,Cattadori C.,Cavalier F.,Cavanna F.,Centro S.,Cerati G.,Cervelli A.,Villanueva A. Cervera,Chalifour M.,Chang C.,Chardonnet E.,Chatterjee A.,Chattopadhyay S.,Chaves J.,Chen H.,Chen M.,Chen Y.,Cherdack D.,Chi C.,Childress S.,Chiriacescu A.,Cho K.,Choubey S.,Christensen A.,Christian D.,Christodoulou G.,Church E.,Clarke P.,Coan T. E.,Cocco A. G.,Coelho J. A. B.,Conley E.,Conrad J. M.,Convery M.,Corwin L.,Cotte P.,Cremaldi L.,Cremonesi L.,Crespo-Anadón J. I.,Cristaldo E.,Cross R.,Cuesta C.,Cui Y.,Cussans D.,Dabrowski M.,da Motta H.,Peres L. Da Silva,David C.,David Q.,Davies G. S.,Davini S.,Dawson J.,De K.,De Almeida R. M.,Debbins P.,De Bonis I.,Decowski M. P.,de Gouvêa A.,De Holanda P. C.,De Icaza Astiz I. L.,Deisting A.,De Jong P.,Delbart A.,Delepine D.,Delgado M.,Dell’Acqua A.,De Lurgio P.,de Mello Neto J. R. T.,DeMuth D. M.,Dennis S.,Densham C.,Deptuch G.,De Roeck A.,De Romeri V.,De Vries J. J.,Dharmapalan R.,Dias M.,Diaz F.,Díaz J. S.,Di Domizio S.,Di Giulio L.,Ding P.,Di Noto L.,Distefano C.,Diurba R.,Diwan M.,Djurcic Z.,Dokania N.,Dolinski M. J.,Domine L.,Douglas D.,Drielsma F.,Duchesneau D.,Duffy K.,Dunne P.,Durkin T.,Duyang H.,Dvornikov O.,Dwyer D. A.,Dyshkant A. S.,Eads M.,Edmunds D.,Eisch J.,Emery S.,Ereditato A.,Escobar C. O.,Sanchez L. Escudero,Evans J. J.,Ewart E.,Ezeribe A. C.,Fahey K.,Falcone A.,Farnese C.,Farzan Y.,Felix J.,Fernandez-Martinez E.,Fernandez Menendez P.,Ferraro F.,Fields L.,Filkins A.,Filthaut F.,Fitzpatrick R. S.,Flanagan W.,Fleming B.,Flight R.,Fowler J.,Fox W.,Franc J.,Francis K.,Franco D.,Freeman J.,Freestone J.,Fried J.,Friedland A.,Fuess S.,Furic I.,Furmanski A. P.,Gago A.,Gallagher H.,Gallego-Ros A.,Gallice N.,Galymov V.,Gamberini E.,Gamble T.,Gandhi R.,Gandrajula R.,Gao S.,Garcia-Gamez D.,García-Peris M. Á.,Gardiner S.,Gastler D.,Ge G.,Gelli B.,Gendotti A.,Gent S.,Ghorbani-Moghaddam Z.,Gibin D.,Gil-Botella I.,Girerd C.,Giri A. K.,Gnani D.,Gogota O.,Gold M.,Gollapinni S.,Gollwitzer K.,Gomes R. A.,Bermeo L. V. Gomez,Fajardo L. S. Gomez,Gonnella F.,Gonzalez-Cuevas J. A.,Goodman M. C.,Goodwin O.,Goswami S.,Gotti C.,Goudzovski E.,Grace C.,Graham M.,Gramellini E.,Gran R.,Granados E.,Grant A.,Grant C.,Gratieri D.,Green P.,Green S.,Greenler L.,Greenwood M.,Greer J.,Griffith W. C.,Groh M.,Grudzinski J.,Grzelak K.,Gu W.,Guarino V.,Guenette R.,Guglielmi A.,Guo B.,Guthikonda K. K.,Gutierrez R.,Guzowski P.,Guzzo M. M.,Gwon S.,Habig A.,Hackenburg A.,Hadavand H.,Haenni R.,Hahn A.,Haigh J.,Haiston J.,Hamernik T.,Hamilton P.,Han J.,Harder K.,Harris D. A.,Hartnell J.,Hasegawa T.,Hatcher R.,Hazen E.,Heavey A.,Heeger K. M.,Heise J.,Hennessy K.,Henry S.,Morquecho M. A. Hernandez,Herner K.,Hertel L.,Hesam A. S.,Hewes J.,Higuera A.,Hill T.,Hillier S. J.,Himmel A.,Hoff J.,Hohl C.,Holin A.,Hoppe E.,Horton-Smith G. A.,Hostert M.,Hourlier A.,Howard B.,Howell R.,Huang J.,Huang J.,Hugon J.,Iles G.,Ilic N.,Iliescu A. M.,Illingworth R.,Ioannisian A.,Itay R.,Izmaylov A.,James E.,Jargowsky B.,Jediny F.,Jesùs-Valls C.,Ji X.,Jiang L.,Jiménez S.,Jipa A.,Joglekar A.,Johnson C.,Johnson R.,Jones B.,Jones S.,Jung C. K.,Junk T.,Jwa Y.,Kabirnezhad M.,Kaboth A.,Kadenko I.,Kamiya F.,Karagiorgi G.,Karcher A.,Karolak M.,Karyotakis Y.,Kasai S.,Kasetti S. P.,Kashur L.,Kazaryan N.,Kearns E.,Keener P.,Kelly K. J.,Kemp E.,Ketchum W.,Kettell S. H.,Khabibullin M.,Khotjantsev A.,Khvedelidze A.,Kim D.,King B.,Kirby B.,Kirby M.,Klein J.,Koehler K.,Koerner L. W.,Kohn S.,Koller P. P.,Kordosky M.,Kosc T.,Kose U.,Kostelecký V. A.,Kothekar K.,Krennrich F.,Kreslo I.,Kudenko Y.,Kudryavtsev V. A.,Kulagin S.,Kumar J.,Kumar R.,Kuruppu C.,Kus V.,Kutter T.,Lambert A.,Lande K.,Lane C. E.,Lang K.,Langford T.,Lasorak P.,Last D.,Lastoria C.,Laundrie A.,Lawrence A.,Lazanu I.,LaZur R.,Le T.,Learned J.,LeBrun P.,Miotto G. Lehmann,Lehnert R.,de Oliveira M. A. Leigui,Leitner M.,Leyton M.,Li L.,Li S.,Li S. W.,Li T.,Li Y.,Liao H.,Lin C. S.,Lin S.,Lister A.,Littlejohn B. R.,Liu J.,Lockwitz S.,Loew T.,Lokajicek M.,Lomidze I.,Long K.,Loo K.,Lorca D.,Lord T.,LoSecco J. M.,Louis W. C.,Luk K. B.,Luo X.,Lurkin N.,Lux T.,Luzio V. P.,MacFarland D.,Machado A. A.,Machado P.,Macias C. T.,Macier J. R.,Maddalena A.,Madigan P.,Magill S.,Mahn K.,Maio A.,Maloney J. A.,Mandrioli G.,Maneira J.,Manenti L.,Manly S.,Mann A.,Manolopoulos K.,Plata M. Manrique,Marchionni A.,Marciano W.,Marfatia D.,Mariani C.,Maricic J.,Marinho F.,Marino A. D.,Marshak M.,Marshall C.,Marshall J.,Marteau J.,Martin-Albo J.,Martinez N.,Caicedo D. A. Martinez,Martynenko S.,Mason K.,Mastbaum A.,Masud M.,Matsuno S.,Matthews J.,Mauger C.,Mauri N.,Mavrokoridis K.,Mazza R.,Mazzacane A.,Mazzucato E.,McCluskey E.,McConkey N.,McFarland K. S.,McGrew C.,McNab A.,Mefodiev A.,Mehta P.,Melas P.,Mellinato M.,Mena O.,Menary S.,Mendez H.,Menegolli A.,Meng G.,Messier M. D.,Metcalf W.,Mewes M.,Meyer H.,Miao T.,Michna G.,Miedema T.,Migenda J.,Milincic R.,Miller W.,Mills J.,Milne C.,Mineev O.,Miranda O. G.,Miryala S.,Mishra C. S.,Mishra S. R.,Mislivec A.,Mladenov D.,Mocioiu I.,Moffat K.,Moggi N.,Mohanta R.,Mohayai T. A.,Mokhov N.,Molina J.,Bueno L. Molina,Montanari A.,Montanari C.,Montanari D.,Zetina L. M. Montano,Moon J.,Mooney M.,Moor A.,Moreno D.,Morgan B.,Morris C.,Mossey C.,Motuk E.,Moura C. A.,Mousseau J.,Mu W.,Mualem L.,Mueller J.,Muether M.,Mufson S.,Muheim F.,Muir A.,Mulhearn M.,Muramatsu H.,Murphy S.,Musser J.,Nachtman J.,Nagu S.,Nalbandyan M.,Nandakumar R.,Naples D.,Narita S.,Navas-Nicolás D.,Nayak N.,Nebot-Guinot M.,Necib L.,Negishi K.,Nelson J. K.,Nesbit J.,Nessi M.,Newbold D.,Newcomer M.,Newhart D.,Nichol R.,Niner E.,Nishimura K.,Norman A.,Norrick A.,Northrop R.,Novella P.,Nowak J. A.,Oberling M.,Del Campo A. Olivares,Olivier A.,Onel Y.,Onishchuk Y.,Ott J.,Pagani L.,Pakvasa S.,Palamara O.,Palestini S.,Paley J. M.,Pallavicini M.,Palomares C.,Pantic E.,Paolone V.,Papadimitriou V.,Papaleo R.,Papanestis A.,Paramesvaran S.,Park J. C.,Parke S.,Parsa Z.,Parvu M.,Pascoli S.,Pasqualini L.,Pasternak J.,Pater J.,Patrick C.,Patrizii L.,Patterson R. B.,Patton S. J.,Patzak T.,Paudel A.,Paulos B.,Paulucci L.,Pavlovic Z.,Pawloski G.,Payne D.,Pec V.,Peeters S. J. M.,Penichot Y.,Pennacchio E.,Penzo A.,Peres O. L. G.,Perry J.,Pershey D.,Pessina G.,Petrillo G.,Petta C.,Petti R.,Piastra F.,Pickering L.,Pietropaolo F.,Pillow J.,Pinzino J.,Plunkett R.,Poling R.,Pons X.,Poonthottathil N.,Pordes S.,Potekhin M.,Potenza R.,Potukuchi B. V. K. S.,Pozimski J.,Pozzato M.,Prakash S.,Prakash T.,Prince S.,Prior G.,Pugnere D.,Qi K.,Qian X.,Raaf J. L.,Raboanary R.,Radeka V.,Rademacker J.,Radics B.,Rafique A.,Raguzin E.,Rai M.,Rajaoalisoa M.,Rakhno I.,Rakotondramanana H. T.,Rakotondravohitra L.,Ramachers Y. A.,Rameika R.,Delgado M. A. Ramirez,Ramson B.,Rappoldi A.,Raselli G.,Ratoff P.,Ravat S.,Razafinime H.,Real J. S.,Rebel B.,Redondo D.,Reggiani-Guzzo M.,Rehak T.,Reichenbacher J.,Reitzner S. D.,Renshaw A.,Rescia S.,Resnati F.,Reynolds A.,Riccobene G.,Rice L. C. J.,Rielage K.,Rigaut Y.,Rivera D.,Rochester L.,Roda M.,Rodrigues P.,Alonso M. J. Rodriguez,Rondon J. Rodriguez,Roeth A. J.,Rogers H.,Rosauro-Alcaraz S.,Rossella M.,Rout J.,Roy S.,Rubbia A.,Rubbia C.,Russell B.,Russell J.,Ruterbories D.,Saakyan R.,Sacerdoti S.,Safford T.,Sahu N.,Sala P.,Samios N.,Sanchez M. C.,Sanders D. A.,Sankey D.,Santana S.,Santos-Maldonado M.,Saoulidou N.,Sapienza P.,Sarasty C.,Sarcevic I.,Savage G.,Savinov V.,Scaramelli A.,Scarff A.,Scarpelli A.,Schaffer T.,Schellman H.,Schlabach P.,Schmitz D.,Scholberg K.,Schukraft A.,Segreto E.,Sensenig J.,Seong I.,Sergi A.,Sergiampietri F.,Sgalaberna D.,Shaevitz M. H.,Shafaq S.,Shamma M.,Sharma H. R.,Sharma R.,Shaw T.,Shepherd-Themistocleous C.,Shin S.,Shooltz D.,Shrock R.,Simard L.,Simos N.,Sinclair J.,Sinev G.,Singh J.,Singh J.,Singh V.,Sipos R.,Sippach F. W.,Sirri G.,Sitraka A.,Siyeon K.,Smargianaki D.,Smith A.,Smith A.,Smith E.,Smith P.,Smolik J.,Smy M.,Snopok P.,Nunes M. Soares,Sobel H.,Soderberg M.,Salinas C. J. Solano,Söldner-Rembold S.,Solomey N.,Solovov V.,Sondheim W. E.,Sorel M.,Soto-Oton J.,Sousa A.,Soustruznik K.,Spagliardi F.,Spanu M.,Spitz J.,Spooner N. J. C.,Spurgeon K.,Staley R.,Stancari M.,Stanco L.,Steiner H. M.,Stewart J.,Stillwell B.,Stock J.,Stocker F.,Stocks D.,Stokes T.,Strait M.,Strauss T.,Striganov S.,Stuart A.,Summers D.,Surdo A.,Susic V.,Suter L.,Sutera C. M.,Svoboda R.,Szczerbinska B.,Szelc A. M.,Talaga R.,Tanaka H. A.,Oregui B. Tapia,Tapper A.,Tariq S.,Tatar E.,Tayloe R.,Teklu A. M.,Tenti M.,Terao K.,Ternes C. A.,Terranova F.,Testera G.,Thea A.,Thompson J. L.,Thorn C.,Timm S. C.,Todd J.,Tonazzo A.,Torti M.,Tortola M.,Tortorici F.,Totani D.,Toups M.,Touramanis C.,Trevor J.,Trzaska W. H.,Tsai Y.-T.,Tsamalaidze Z.,Tsang K. V.,Tsverava N.,Tufanli S.,Tull C.,Tyley E.,Tzanov M.,Uchida M. A.,Urheim J.,Usher T.,Vagins M. R.,Vahle P.,Valdiviesso G. A.,Valencia E.,Vallari Z.,Valle J. W. F.,Vallecorsa S.,Berg R. Van,de Water R. G. Van,Forero D. Vanegas,Varanini F.,Vargas D.,Varner G.,Vasel J.,Vasseur G.,Vaziri K.,Ventura S.,Verdugo A.,Vergani S.,Vermeulen M. A.,Verzocchi M.,de Souza H. Vieira,Vignoli C.,Vilela C.,Viren B.,Vrba T.,Wachala T.,Waldron A. V.,Wallbank M.,Wang H.,Wang J.,Wang Y.,Wang Y.,Warburton K.,Warner D.,Wascko M.,Waters D.,Watson A.,Weatherly P.,Weber A.,Weber M.,Wei H.,Weinstein A.,Wenman D.,Wetstein M.,While M. R.,White A.,Whitehead L. H.,Whittington D.,Wilking M. J.,Wilkinson C.,Williams Z.,Wilson F.,Wilson R. J.,Wolcott J.,Wongjirad T.,Wood K.,Wood L.,Worcester E.,Worcester M.,Wret C.,Wu W.,Wu W.,Xiao Y.,Yang G.,Yang T.,Yershov N.,Yonehara K.,Young T.,Yu B.,Yu J.,Zaki R.,Zalesak J.,Zambelli L.,Zamorano B.,Zani A.,Zazueta L.,Zeller G. P.,Zennamo J.,Zeug K.,Zhang C.,Zhao M.,Zhao Y.,Zhivun E.,Zhu G.,Zimmerman E. D.,Zito M.,Zucchelli S.,Zuklin J.,Zutshi V.,Zwaska R.

Abstract

AbstractThe Deep Underground Neutrino Experiment (DUNE) will be a powerful tool for a variety of physics topics. The high-intensity proton beams provide a large neutrino flux, sampled by a near detector system consisting of a combination of capable precision detectors, and by the massive far detector system located deep underground. This configuration sets up DUNE as a machine for discovery, as it enables opportunities not only to perform precision neutrino measurements that may uncover deviations from the present three-flavor mixing paradigm, but also to discover new particles and unveil new interactions and symmetries beyond those predicted in the Standard Model (SM). Of the many potential beyond the Standard Model (BSM) topics DUNE will probe, this paper presents a selection of studies quantifying DUNE’s sensitivities to sterile neutrino mixing, heavy neutral leptons, non-standard interactions, CPT symmetry violation, Lorentz invariance violation, neutrino trident production, dark matter from both beam induced and cosmogenic sources, baryon number violation, and other new physics topics that complement those at high-energy colliders and significantly extend the present reach.

Funder

MSMT, Czech Republic

NRF, South Korea

Canadian Network for Research and Innovation in Machining Technology, Natural Sciences and Engineering Research Council of Canada

Schweizerischer Nationalfonds zur Förderung der Wissenschaftlichen Forschung

SERI, Switzerland

Fundação de Amparo à Pesquisa do Estado de São Paulo

U.S. Department of Energy

CERN

Türkiye Bilimsel ve Teknolojik Arastirma Kurumu

The Royal Society, United Kingdom

Canada Foundation for Innovation

U.S. NSF

FCT, Portugal

CEA, France

CNRS/IN2P3, France

European Regional Development Fund

Science and Technology Facilities Council

H2020-EU, European Union

IPP, Canada

Conselho Nacional de Desenvolvimento Científico e Tecnológico

Fundação Carlos Chagas Filho de Amparo à Pesquisa do Estado do Rio de Janeiro

CAM, Spain

MSCA, European Union

Instituto Nazionale di Fisica Nucleare

Fundacção de Amparo à Pesquisa do Estado de Goiás

Ministerio de Ciencia e Innovación

Fundacion “La Caixa” Spain

Publisher

Springer Science and Business Media LLC

Subject

Physics and Astronomy (miscellaneous),Engineering (miscellaneous)

Reference304 articles.

1. DUNE Collaboration, B. Abi et al., Deep underground neutrino experiment (DUNE), far detector technical design report, vol. II. DUNE Phys. arXiv:2002.03005 [hep-ex]

2. DUNE Collaboration, R. Acciarri et al., Long-baseline neutrino facility (LBNF) and deep underground neutrino experiment (DUNE). arXiv:1601.05471 [physics.ins-det]

3. DUNE Collaboration, R. Acciarri et al., Long-baseline neutrino facility (LBNF) and deep underground neutrino experiment (DUNE). arXiv:1512.06148 [physics.ins-det]

4. DUNE Collaboration, R. Acciarri et al., Long-baseline neutrino facility (LBNF) and deep underground neutrino experiment (DUNE). arXiv:1601.02984 [physics.ins-det]

5. DUNE Collaboration, B. Abi et al., Volume I. Introduction to DUNE. J. Inst. 15(08), T08008 (2020). https://doi.org/10.1088/1748-0221/15/08/T08008. arXiv:2002.02967 [physics.ins-det]

同舟云学术

1.学者识别学者识别

2.学术分析学术分析

3.人才评估人才评估

"同舟云学术"是以全球学者为主线,采集、加工和组织学术论文而形成的新型学术文献查询和分析系统,可以对全球学者进行文献检索和人才价值评估。用户可以通过关注某些学科领域的顶尖人物而持续追踪该领域的学科进展和研究前沿。经过近期的数据扩容,当前同舟云学术共收录了国内外主流学术期刊6万余种,收集的期刊论文及会议论文总量共计约1.5亿篇,并以每天添加12000余篇中外论文的速度递增。我们也可以为用户提供个性化、定制化的学者数据。欢迎来电咨询!咨询电话:010-8811{复制后删除}0370

www.globalauthorid.com

TOP

Copyright © 2019-2024 北京同舟云网络信息技术有限公司
京公网安备11010802033243号  京ICP备18003416号-3