Neutrino Oscillation Parameters in T2K and Electronics for Hyper-Kamiokande

该研究的目的是在T2 K中进行新的中微子振荡测量，目的是测量相关的中微子振荡参数，包括CP破坏阶段，使用T2 K实验的数据，但也包括来自其他实验的外部输入，如反应堆中微子测量，Super-Kamiokande的大气中微子测量和NOvA实验的中微子振荡测量。测量的新奇在于，它将是对中微子振荡参数最全面的调查，使用目前正在运行的中微子振荡实验的所有可用数据。使用的方法包括使用马尔可夫链蒙特卡罗拟合器，以包括所有可用的数据，并使用其他统计工具验证参数。该研究还将包括验证用于Hyper-Kamiokande实验的外部探测器电子设备的实验工作，以及Hyper-Kamiokande对改善中微子振荡参数测量的预期影响。

The objective of the research is to perform a new neutrino oscillation measurement in T2K with the goal of measuring the relevant neutrino oscillation parameters, including the CP violating phase, using data from the T2K experiment, but also including external inputs from other experiments, such as reactor neutrino measurements, atmospheric neutrino measurements in Super-Kamiokande and neutrino oscillation measurements from the NOvA experiment. The novelty of the measurement is that it will be the most comprehensive survey of neutrino oscillation parameters, using all the available data from neutrino oscillation experiments currently in operation. The methods to be used include the use of a Markov Chain Monte Carlo fitter to include all the available data, and validation of the parameters using other statistical tools. The research will also include experimental work to validate the Outer Detector electronics to be used for the Hyper-Kamiokande experiment and the expected impact for Hyper-Kamiokande to improve the measurement of neutrino oscillation parameters.