arXiv 2207.050442022-07-14hep-exphysics.ins-det

未来的中微子实验

Future Neutrino Experiments

Blair Jamieson

备注：: 5 pages, 6 figures, proceedings for FPCP 2022, Hyper-Kamiokande Collaboration invited talk

摘要：

Pontecorvo Maki Nakagawa Sakata矩阵中中微子振荡和大混合参数的发现为寻找中微子CP破坏打开了一扇窗。两个长基线中微子实验，DUNE和Hyper-Kamiokande，正在准备在未来十年内使用强烈的μ子和反μ子中微子束来搜索这种CP破坏。中国的JUNO实验将研究中等基线的中微子振荡，目标包括利用物质效应对真空中微子振荡的干扰来确定中微子的质量排序。短基线中微子振荡实验在数据中发现了异常，这些异常可以用无菌中微子或新的核效应来解释。包括费米实验室短基线计划、Prolog-II和Juno-TAO在内的几个实验正在计划中，以了解这些异常的来源。本文简要回顾了这些激动人心的实验，这些实验将在未来十年内导致中微子物理学的新发现。

英文摘要：

The discovery of neutrino oscillations and the large mixing parameters in the Pontecorvo Maki Nakagawa Sakata matrix has opened a window to search for CP-violation in neutrinos. Two long-baseline neutrino experiments, DUNE and Hyper-Kamiokande, are being prepared in the next decade to search for this CP-violation with intense beams of muon and anti-muon neutrinos. The JUNO experiment in China will study neutrino oscillations at medium baselines with several goals, including determining the mass ordering of the neutrinos by using the interference of matter effects with the vacuum neutrino oscillations. Short-baseline neutrino oscillation experiments have seen anomalies in their data that could either be explained by sterile neutrinos or new nuclear effects. Several experiments, including the Fermilab short baseline program, Prospect-II and JUNO-TAO are being planned to understand the source of these anomalies. This paper provides a short review of these exciting experiments that will lead to new discoveries in neutrino physics over the next decade.

机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。

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