Neutrino interactions in the GeV regime

GeV 体系中的中微子相互作用

• 批准号: ST/S003533/2
• 负责人: Xianguo Lu
• 金额: $ 36.06万
• 依托单位: University of Warwick
• 依托单位国家: 英国
• 项目类别: Fellowship
• 财政年份: 2021
• 资助国家: 英国
• 起止时间: 2021 至 无数据
• 项目状态: 未结题
• 来源: https://gtr.ukri.org/projects?ref=ST%2FS003533%2F2
• 关键词: Neutrino; interactions; GeV; regime

Our universe is dominated by matter over antimatter, and yet the laws of physics seemingly regards matter and antimatter almost the same. The matter dominance of the universe is conjectured to have resulted from processes violating the combined symmetry of charge conjugation and parity---a symmetry under simultaneous charge flip and mirror inversion---at extreme conditions in the early universe. The violation of this symmetry (CP violation) does exist at a small level and has been measured in microscopic systems that consist of quarks and antiquarks. However, the effects were found to be a dozen orders of magnitude too small to account for the matter-antimatter asymmetry. A new source of CP violation could be found with neutrinos (leptonic CP violation, LCPV). Different types (flavours) of neutrinos mix and the flavour composition of a given mass state can vary during propagation, hence neutrino oscillations. In neutrino oscillation analysis, LCPV can be identified with the difference between the oscillation probabilities of the neutrino and the corresponding antineutrino. This is the main goal of current and next-generation experiments such as T2K and DUNE, respectively.Neutrinos and antineutrinos can be generated by accelerators, but we can only make detectors out of matter, not antimatter. The interactions of neutrinos and antineutrinos with matter are different even in the Standard Model. To detect the very delicate LCPV signature, these interactions need to be understood very precisely. The effects associated with nuclear targets are complex, leading to significant uncertainties. Because of the importance of nuclear effects in neutrino-nucleus interactions, recently various measurements have been performed by MINERvA and T2K, the two world-leading experiments on neutrino interactions. To significantly contribute to the global effort in understanding the matter-antimatter asymmetry of the present universe, I propose to work on cross section measurements in MINERvA and T2K, to systematically study neutrino interactions to provide the crucial input for future long-baseline neutrino oscillation experiments. I also propose to work on pioneering R&D for the DUNE High Pressure Gas Time Projection Chamber project, which could significantly improve the precision of the LCPV measurements, and greatly add to the science of DUNE.

我们的宇宙是由物质控制的，而不是反物质，然而物理定律似乎认为物质和反物质几乎是一样的。宇宙的物质主导地位被证明是由于在早期宇宙的极端条件下，违反了电荷共轭和宇称的组合对称性的过程--在同时发生的电荷翻转和镜像反转下的对称性。这种对称性的破坏（CP破坏）确实存在于一个小的水平上，并且已经在由夸克和反夸克组成的微观系统中被测量到。然而，这些影响被发现是十几个数量级太小，无法解释物质-反物质的不对称性。在中微子中可以发现一种新的CP破坏源（轻子CP破坏，LCPV）。不同类型的中微子（味道）混合在一起，给定质量状态的味道成分在传播过程中会发生变化，因此中微子振荡。在中微子振荡分析中，LCPV可以通过中微子和反中微子振荡几率的差异来识别。这是当前和下一代实验的主要目标，如T2 K和DUNE。中微子和反中微子可以通过加速器产生，但我们只能用物质来制造探测器，而不是反物质。即使在标准模型中，中微子和反中微子与物质的相互作用也是不同的。为了检测非常微妙的LCPV特征，需要非常精确地理解这些相互作用。与核目标有关的影响是复杂的，导致很大的不确定性。由于核效应在中微子-核相互作用中的重要性，最近MINERvA和T2 K这两个世界领先的中微子相互作用实验已经进行了各种测量。为了对理解当前宇宙的物质-反物质不对称性的全球努力做出重大贡献，我建议在MINERvA和T2 K中进行截面测量，系统地研究中微子相互作用，为未来的长基线中微子振荡实验提供关键输入。我还建议为DUNE高压气体时间投影室项目进行开创性的研发工作，该项目可以显着提高LCPV测量的精度，并大大增加DUNE的科学性。

项目成果

Low exposure long-baseline neutrino oscillation sensitivity of the DUNE experiment

DUNE 实验的低曝光长基线中微子振荡灵敏度

• DOI: 10.1103/physrevd.105.072006
• 发表时间: 2022
• 期刊: Physical Review D
• 影响因子: 5
• 作者: Abud, A. Abed;Abi, B.;Acciarri, R.;Acero, M. A.;Adames, M. R.;Adamov, G.;Adams, D.;Adinolfi, M.;Aduszkiewicz, A.;Aguilar, J.
• 通讯作者: Aguilar, J.

Neutral pion reconstruction using machine learning in the experiment at 〈E ν 〉 6 GeV

在 ØE Ø 6 GeV 实验中使用机器学习重建中性π介子

• DOI: 10.1088/1748-0221/16/07/p07060
• 发表时间: 2021
• 期刊: Journal of Instrumentation
• 影响因子: 1.3
• 作者: Ghosh, A.;Yaeggy, B.;Galindo, R.;Ahmad Dar, Z.;Akbar, F.;Ascencio, M.V.;Bashyal, A.;Bercellie, A.;Bonilla, J.L.;Caceres, G.
• 通讯作者: Caceres, G.

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
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Simard;J. Sinclair;G. Sinev;J. Singh;L. Singh;P. Singh;V. Singh;R. Sipos;F. Sippach;G. Sirri;A. Sitraka;K. Siyeon;K. Skarpaas;A. Smith;E. Smith;P. Smith;J. Smolík;M. Smy;E. Snider;P. Snopok;D. Snowden-Ifft;M. Nunes;H. Sobel;M. Soderberg;S. Sokolov;C. J. S. Salinas;S. Soldner-Rembold;S. Soleti;N. Solomey;V. Solovov;W. Sondheim;M. Sorel;A. Sotnikov;J. Soto-Oton;F. S. Ugaldi;A. Sousa;K. Soustruznik;F. Spagliardi;M. Spanu;J. Spitz;N. Spooner;K. Spurgeon;M. Stancari;L. Stanco;Chris Stanford;D. Stefan;R. Stein;H. Steiner;A. F. S. Lisbôa;J. Stewart;B. Stillwell;J. Stock;F. Stocker;T. Stokes;M. Strait;T. Strauss;L. Strigari;A. Stuart;J. G. Suarez;J. S. Sunci'on;R. Sulej;H. Sullivan;D. Summers;A. Surdo;V. Susič;L. Suter;C. Sutera;R. Svoboda;B. Szczerbinska;A. Szelc;H. Tanaka;S. Tang;A. Tapia;B. T. Oregui;A. Tapper;S. Tariq;E. Tarpara;N. Tata;E. Tatar;R. Tayloe;A. Teklu;P. Tennessen;M. Tenti;K. Terao;C. A. Ternes;F. Terranova;G. Testera;T. Thakore;A. Thea;J. L. Thompson;C. Thorn;S. Timm;V. Tishchenko;L. Tomassetti;A. Tonazzo;D. Torbunov;M. Torti;M. Tórtola;F. Tortorici;N. Tosi;D. Totani;M. Toups;C. Touramanis;R. Travaglini;J. Trevor;S. Trilov;W. Trzaska;Y. Tsai;Z. Tsamalaidze;K. Tsang;N. Tsverava;S. Tufanli;C. Tull;E. Tyley;M. Tzanov;L. Uboldi;M. Uchida;J. Urheim;T. Usher;S. Uzunyan;M. Vagins;P. Vahle;S. Valder;G. Valdiviesso;E. Valencia;R. Valentim;Z. Vallari;E. Vallazza;J. Valle;S. Vallecorsa;R. Berg;R. D. Water;D. V. Forero;D. Vannerom;F. Varanini;D. Vargas;G. Varner;J. Vasel;S. Vasina;G. Vasseur;N. Vaughan;K. Vaziri;S. Ventura;A. Verdugo;S. Vergani;M. Vermeulen;M. Verzocchi;M. Vicenzi;H. V. Souza;C. Vignoli;C. Vilela;B. Viren;T. Vrba;T. Wachala;A. Waldron;M. Wallbank;C. Wallis;Hao Wang;J. Wang;Li Wang;M. H. Wang;X. Wang;Y. Wang;K. Warburton;D. Warner;M. Wascko;D. Waters;A. Watson;K. Wawrowska;P. Weatherly;A. Weber;M. Weber;H. Wei;A. Weinstein;D. Wenman;M. Wetstein;A. White;L. Whitehead;D. Whittington;M. Wilking;A. Wilkinson;C. Wilkinson;Z. Williams;F. Wilson;R. J. Wilson;W. Wisniewski;J. Wolcott;T. Wongjirad;A. Wood;K. Wood;E. Worcester;M. Worcester;K. Wresilo;C. Wret;W. Wu;Y. Xiao;F. Xie;B. Yaeggy;E. Yandel;G. Yang;K. Yang;T. Yang;A. Yankelevich;N. Yershov;K. Yonehara;Y. Yoon;T. Young;B. Yu;H. Yu;J. Yu;Y. Yu;W. Yuan;R. Zaki;J. Zálešák;L. Zambelli;B. Zamorano;A. Zani;L. Zazueta;G. Zeller;J. Zennamo;K. Zeug;C. Zhang;S. Zhang;Y. Zhang;M. Zhao;E. Zhivun;G. Zhu;E. Zimmerman;S. Zucchelli;J. Zuklin;V. Zutshi;R. Zwaska

Vertex finding in neutrino-nucleus interaction: a model architecture comparison

• DOI: 10.1088/1748-0221/17/08/t08013
• 发表时间: 2022-01
• 期刊: Journal of Instrumentation
• 影响因子: 1.3
• 作者: F. Akbar;A. Ghosh;Steven R. Young;S. Akhter;Z. A. Dar;V. Ansari;M. Ascencio;M. Athar;A. Bodek;J. L. Bonilla;A. Bravar;H. Budd;G. Caceres;T. Cai;M. Carneiro;G. D'iaz;J. Félix;L. Fields;A. Filkins;R. Fine;P.K.Gaura;R. Gran;D. Harris;D. Jena;S. Jena;J. Kleykamp;A. Klustov'a;D. Last;A. Lozano;X. Lu;E. Maher;S. Manly;W. A. Mann;K. McFarland;B. Messerly;J. Miller;O. Moreno;J. Morf'in;J. Nelson;C. Nguyen;A. Olivier;V. Paolone;G. Perdue;K. Plows;M. Ram'irez;D. Ruterbories;H. Su;V. Syrotenko;A. Waldron;B. Yaeggy;L. Zazueta

First T2K measurement of transverse kinematic imbalance in the muon-neutrino charged-current single-π+ production channel containing at least one proton

首次 T2K 测量包含至少一个质子的 μ 中微子带电电流单 π+ 产生通道中的横向运动不平衡

• DOI: 10.1103/physrevd.103.112009
• 发表时间: 2021
• 期刊: Physical Review D
• 影响因子: 5
• 作者: Y. Akaike;P. Maestro on behalf of the CALET Collaboration;Abe K. et. al. (T2K collaboration)
• 通讯作者: Abe K. et. al. (T2K collaboration)