通过双探测器拟合提高 ESS$ν$SB 的灵敏度
Improved sensitivities of ESS$ν$SB from a two-detector fit
AI总结:
本文提出通过对 ESS$ν$SB 近探测器与远探测器数据进行双探测器拟合,提升其对 CP 破坏及新中微子物理(如非标准相互作用、非幺正混合和惰性中微子振荡)的发现灵敏度。
摘要:
我们讨论了通过对近探测器与远探测器的数据进行双探测器拟合,可获得的 ESS$ν$SB 在发现 CP 破坏及新中微子物理方面灵敏度的提升。具体而言,我们考虑了由极重矢量介导子产生的中微子非标准相互作用、非幺正中微子混合,以及由普通活性中微子与轻量惰性中微子混合引起的中微子振荡。
英文摘要:
We discuss the improvement of the sensitivity of ESS$ν$SB to the discovery of CP violation and to new neutrino physics which can be obtained with a two-detector fit of the data of the near and far detectors. In particular, we consider neutrino non-standard interactions generated by very heavy vector mediators, nonunitary neutrino mixing, and neutrino oscillations due to the mixing of the ordinary active neutrinos with a light sterile neutrino.
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。