Neutrino Scattering R&D for CP Violation Searches

中微子散射 R

• 批准号: ST/N003233/1
• 负责人: Morgan Wascko
• 金额: $ 14.91万
• 依托单位: Imperial College London
• 依托单位国家: 英国
• 项目类别: Research Grant
• 财政年份: 2017
• 资助国家: 英国
• 起止时间: 2017 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=ST%2FN003233%2F1
• 关键词: Neutrino; Scattering; R&D; CP; Violation

The predominance of matter over antimatter in the universe points directly to the existence of some currently hidden laws of physics which are different for matter and anti-matter. One focus of the search for these new laws is the recently-discovered phenomenon of neutrino oscillations. Searching for these new laws of physics will require comparing the oscillations of neutrinos and anti-neutrinos. In neutrino oscillation, the internal quantum mechanical properties of neutrinos---specifically the mass and the flavour---interfere with each other. This allows a neutrino created as one flavour to be observed as another flavour. In the next generation of neutrino experiments, we will compare muon neutrino to electron neutrino oscillation to noun antineutrino to electron antineutrino oscillation. Doing so is the best way to explore charge-parity (CP) symmetry, which stipulates that antimatter should behave just like matter if viewed through a mirror and upside down. CP violation in neutrinos would manifest itself as antineutrinos oscillating differently than neutrinos, and if this happens it is a strong clue as to the origins of the matter/antimatter imbalance in the Universe today.Neutrino oscillation measurements depend on accurate knowledge of neutrino interactions with the target nuclei used in neutrino detectors. This R&D is dedicated to developing a new type of neutrino detectors based on high pressure gas. This will allow us to look at neutrino-nucleus interactions in more detail than ever before, and will give us much more accuracy on neutrino oscillation measurements.

宇宙中物质相对于反物质的优势直接指向了一些目前隐藏的物理定律的存在，这些定律对于物质和反物质是不同的。寻找这些新定律的一个焦点是最近发现的中微子振荡现象。寻找这些新的物理定律需要比较中微子和反中微子的振荡。在中微子振荡中，中微子的内部量子力学性质-特别是质量和味道-相互干扰。这使得一个中微子被创造成一种味道，而另一种味道被观察到。在下一代中微子实验中，我们将比较μ中微子到电子中微子振荡和名词反中微子到电子反中微子振荡。这样做是探索电荷宇称（CP）对称性的最佳方法，CP对称性规定，如果通过镜子和倒置观察，反物质的行为应该与物质一样。中微子中的CP破坏会表现为反中微子的振荡方式与中微子不同，如果这种情况发生，这将是关于当今宇宙中物质/反物质不平衡起源的一个强有力的线索。中微子振荡测量依赖于中微子与中微子探测器中使用的靶核相互作用的准确知识。该研发中心致力于开发一种基于高压气体的新型中微子探测器。这将使我们能够比以往任何时候都更详细地观察中微子与核的相互作用，并使我们在中微子振荡测量方面更加准确。

项目成果

Separation of track- and shower-like energy deposits in ProtoDUNE-SP using a convolutional neural network

• DOI: 10.1140/epjc/s10052-022-10791-2
• 发表时间: 2022-03
• 期刊: The European Physical Journal C
• 作者: D0 Collaboration;A. A. Abud-A.;B. Abi;R. Acciarri;M. A. Acero;M. Adames;G. Adamov;M. Adamowski;D. Adams;M. Adinolfi;A. Aduszkiewicz;J. Aguilar;Z. Ahmad;J. Ahmed;B. Aimard;B. Ali-Mohammadzadeh;T. Alion;K. Allison;S. A. Monsalve;M. Alrashed;C. Alt;A. Alton;R. Alvarez;P. Amedo;J. Anderson;C. Andreopoulos;M. Andreotti;M. Andrews;F. Andrianala;S. Andringa;N. Anfimov;A. Ankowski;M. Antoniassi;M. Antonova;A. Antoshkin;S. Antusch;A. Aranda-Fernandez;L. Arellano;L. Arnold;M. Arroyave;J. Asaadi;L. Asquith;A. Aurisano;V. Aushev;D. Autiero;V. Lara;M. Ayala-Torres;F. Azfar;M. Babicz;A. Back;H. Back;J. Back;C. Backhouse;I. Bagaturia;L. Bagby;N. Balashov;S. Balasubramanian;P. Baldi;B. Baller;B. Bambah;F. Barão;G. Barenboim;G. Barker;W. Barkhouse;C. Barnes;G. Barr;J. B. Monarca;A. Barros;N. Barros;J. Barrow;A. Basharina-Freshville;A. Bashyal;V. Basque;C. Batchelor;E. B. D. Chagas;J. Battat;F. Battisti;F. Bay;M. Bazetto;J. Alba;J. Beacom;E. Bechetoille;B. Behera;C. Beigbeder;L. Bellantoni;G. Bellettini;V. Bellini;O. Beltramello;N. Benekos;C. B. Montiel;F. Neves;J. Berger;S. Berkman;P. Bernardini;R. Berner;A. Bersani;S. Bertolucci;M. Betancourt;A. Rodr'iguez;A. Bevan;Y. Bezawada;T. S. Bezerra;A. Bhardwaj;Vasudha Bhatnagar;M. Bhattacharjee;D. Bhattarai;S. Bhuller;B. Bhuyan;S. Biagi;J. Bian;M. Biassoni;K. Biery;B. Bilki;M. Bishai;A. Bitadze;A. Blake;F. Blaszczyk;G. Blazey;E. Blucher;J. Boissevain;S. Bolognesi;T. Bolton;L. Bomben;M. Bonesini;M. Bongrand;C. Bonilla-Diaz;F. Bonini;A. Booth;F. Boran;S. Bordoni;A. Borkum;N. Bostan;P. Bour;C. Bourgeois;D. Boyden;J. Bracinik;D. Braga;D. Brailsford;A. Branca;A. Brandt;J. Bremer;D. Breton;C. Brew;S. Brice;C. Brizzolari;C. Bromberg;J. Brooke;A. Bross;G. Brunetti;M. Brunetti;N. Buchanan;H. Budd;I. Butorov;I. Cagnoli;T. Cai;D. Caiulo;R. Calabrese;P. Calafiura;J. Calcutt;M. Calin;S. Calvez;E. Calvo;A. Caminata;M. Campanelli;D. Caratelli;D. Carber;J. Carceller;G. Carini;B. Carlus;M. Carneiro;P. Carniti;I. C. Terrazas;H. Carranza;T. Carroll;J. F. C. Forero;A. Castillo;C. Castromonte;E. Catano-Mur;C. Cattadori;F. Cavalier;G. Cavallaro;F. Cavanna;S. Centro;G. Cerati;A. Cervelli;A. C. Villanueva;M. Chalifour;A. Chappell;E. Chardonnet;N. Charitonidis;A. Chatterjee;S. Chattopadhyay;M. Neyra;H. Chen;M. Chen;Y. Chen;Z. Chen;Z. Chen-Wishart;Y. Cheon;D. Cherdack;C. Chi;S. Childress;R. Chirco;A. Chiriacescu;G. Chisnall;K. Cho;S. Choate;D. Chokheli;P. Chong;A. Christensen;D. Christian;G. Christodoulou;A. Chukanov;M. Chung;E. Church;V. Cicero;P. Clarke;G. Cline;T. Coan;A. Cocco;J. Coelho;N. Colton;E. Conley;R. Conley;J. Conrad;M. Convery;S. Copello;P. Cova;L. Cremaldi;L. Cremonesi;J. I. Crespo-Anad'on;M. Crisler;E. Cristaldo;J. Crnkovic;R. Cross;A. Cudd;C. Cuesta;Y. Cui;D. Cussans;O. Dalager;H. Motta;L. D. Peres;C. David;Q. David;G. Davies;S. Davini;J. Dawson;K. De;S. De;P. Debbins;I. Bonis;M. Decowski;A. D. Gouvea;P. Holanda;I. Astiz;A. Deisting;P. Jong;A. Delbart;D. Delépine;M. Delgado;A. Dell'Acqua;N. Delmonte;P. D. 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Keener;K. Kelly;E. Kemp;O. Kemularia;W. Ketchum;S. Kettell;M. Khabibullin;A. Khotjantsev;A. Khvedelidze;D. Kim;B. King;B. Kirby;M. Kirby;J. Klein;A. Klustová;T. Kobilarcik;K. Koehler;L. Koerner;D. Koh;S. Kohn;P. Koller;L. Kolupaeva;D. Korablev;M. Kordosky;T. Kosc;U. Kose;V. Kostelecký;K. Kothekar;R. Kralik;L. Kreczko;F. Krennrich;I. Kreslo;W. Kropp;T. Kroupová;S. Kubota;Y. Kudenko;V. Kudryavtsev;S. Kulagin;J. Kumar;P. Kumar;P. Kunzé;N. Kurita;C. Kuruppu;V. Kus;T. Kutter;J. Kvasnička;D. Kwak;A. Lambert;B. Land;C. Lane;K. Lang;T. Langford;M. Langstaff;J. Larkin;P. Lasorak;D. Last;A. Laundrie;G. Laurenti;A. Lawrence;I. Lazanu;R. LaZur;M. Lazzaroni;T. Le;S. Leardini;J. Learned;P. Lebrun;T. LeCompte;C. Lee;S. Lee;G. Miotto;R. Lehnert;M. Oliveira;M. Leitner;L. Lepin;S. Li;Yang Li;H. Liao;C. Lin;Q. Lin;S. Lin;R. Lineros;J. Ling;A. Lister;B. Littlejohn;J. Liu;Y. Liu;S. Lockwitz;T. Loew;M. Lokajicek;I. Lomidze;K. Long;T. Lord;J. LoSecco;W. Louis;X. Lu;K. Luk;B. Lunday;X. Luo;E. Luppi;T. Lux;V. 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Mishra;A. Mislivec;M. Mitchell;D. Mladenov;I. Mocioiu;K. Moffat;N. Moggi;R. Mohanta;T. Mohayai;N. Mokhov;J. A. Molina;L. Bueno;E. Montagna;A. Montanari;C. Montanari;D. Montanari;L. M. Zétina;S. Moon;M. Mooney;A. Moor;D. Moreno;D. Moretti;C. Morris;C. Mossey;M. Mote;E. Motuk;C. Moura;J. Mousseau;G. Mouster;W. Mu;L. Mualem;J. Müller;M. Muether;S. Mufson;F. Muheim;A. Muir;M. Mulhearn;D. Munford;H. Muramatsu;S. Murphy;J. Musser;J. Nachtman;S. Nagu;M. Nalbandyan;R. Nandakumar;D. Naples;S. Narita;A. Nath;A. Navrer-Agasson;N. Nayak;M. Nebot-Guinot;K. Negishi;J. Nelson;J. Nesbit;M. Nessi;D. Newbold;M. Newcomer;H. Newton;R. Nichol;F. Nicolas-Arnaldos;A. Nikolica;E. Niner;K. Nishimura;A. Norman;A. Norrick;R. Northrop;P. Novella;J. Nowak;M. Oberling;J. Ochoa-Ricoux;A. Olivier;A. Olshevskiy;Y. Onel;Y. Onishchuk;J. Ott;L. Pagani;G. Palacio;O. Palamara;S. Palestini;J. Paley;M. Pallavicini;C. Palomares;W. Vazquez;E. Pantic;V. Paolone;V. Papadimitriou;R. Papaleo;A. Papanestis;S. Paramesvaran;S. 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Multiple Coulomb scattering of muons in lithium hydride

• DOI: 10.1103/physrevd.106.092003
• 发表时间: 2022-09
• 期刊: Physical Review D
• 影响因子: 5
• 作者: M. Bogomilov;R. Tsenov;G. Vankova-Kirilova;Y. Song;J. Tang;Z. H. Li-Z. H.-Li-2111274887;R. Bertoni;M. Bonesini;F. Chignoli;R. Mazza;V. Palladino;A. de Bari;D. Orestano;L. Tortora;Y. Kuno;H. Sakamoto;A. Sato;S. Ishimoto;M. Chung;C. Sung;F. Filthaut;M. Fedorov;D. Joković;D. Maletic;M. Savic;N. Jovančević;J. Nikolov;M. Vretenar;S. Ramberger;R. Asfandiyarov;A. Blondel;F. Drielsma;Y. Karadzhov;G. Charnley;N. Collomb;K. Dumbell;A. Gallagher;A. Grant;S. Griffiths;T. Hartnett;B. Martlew;A. Moss;A. Muir;I. Mullacrane;A. Oates;P. Owens;G. Stokes;P. Warburton;C. White;D. Adams;V. Bayliss;J. Boehm;T. Bradshaw;C. Brown;M. Courthold;J. Govans;M. Hills;J. Lagrange;C. Macwaters;A. Nichols;R. Preece;S. Ricciardi;C. Rogers;T. Stanley;J. Tarrant;M. Tucker;S. Watson;A. Wilson;R. Bayes;J. Nugent;F. Soler;R. Gamet;P. Cooke;V. Blackmore;D. Colling;A. Dobbs;P. Dornan;P. Franchini;C. Hunt;P. Jurj;A. Kurup;K. Long;J. Martyniak;S. Middleton;J. Pasternak;M. Uchida;J. Cobb;C. Booth;P. Hodgson;J. Langlands;E. Overton;V. Pěč;P. Smith;S. Wilbur;G. Chatzitheodoridis;A. Dick;K. Ronald;C. Whyte;A. Young;S. Boyd;J. R. Greis;T. Lord;C. Pidcott;I. Taylor;M. Ellis;R. Gardener;P. Kyberd;J. Nebrensky;M. Palmer;H. Witte;D. Adey;A. Bross;D. Bowring;P. Hanlet;A. Liu;D. Neuffer;M. Popovic;P. Rubinov;A. Demello;S. Gourlay;A. Lambert;D. Li;T. Luo;S. Prestemon;S. Virostek;B. Freemire;D. Kaplan;T. Mohayai;D. Rajaram;P. Snopok;Y. Torun;L. Cremaldi;D. Sanders;D. Summers;L. Coney;G. Hanson;C. Heidt

Volume I. Introduction to DUNE

• DOI: 10.1088/1748-0221/15/08/t08008
• 发表时间: 2020-08-01
• 期刊: JOURNAL OF INSTRUMENTATION
• 影响因子: 1.3
• 作者: Abi, B.;Acciarri, R.;Zwaska, R.
• 通讯作者: Zwaska, R.

Neutrino interaction classification with a convolutional neural network in the DUNE far detector

• DOI: 10.1103/physrevd.102.092003
• 发表时间: 2020-11-09
• 期刊: PHYSICAL REVIEW D
• 影响因子: 5
• 作者: Abi, B.;Acciarri, R.;Zwaska, R.
• 通讯作者: Zwaska, R.