Fermilab SBND Liquid Argon Neutrino Detector Commissioning and Analysis

许多实验都显示中微子振荡结果的异常，暗示在标准模型中存在的三个中微子状态之外可能还有一个额外的中微子状态。费米实验室的短基线中微子计划旨在解决异常是否是真实的的问题，使用了一套三个大型液氩TPC中微子探测器：ICARUS，MicroBooNE和短基线近探测器（SBND）。SBND将于2020年开始采集数据，该项目将帮助探测器的最终安装和优化，以及对初始数据的分析。SBND中使用的探测器技术还为计划用于下一代长基线振荡实验DUNE的远探测器提供了基础，该项目还将帮助确定这一未来大型实验的最终设计。

A number of experiments have shown anomalies in neutrino oscillation results, hinting at a possible additional neutrino state beyond the three present in the Standard Model. The Short Baseline Neutrino programme at Fermilab aims to settle the question of whether or not the anomalies are real or not, with a set of three large liquid argon TPC neutrino detectors: ICARUS, MicroBooNE, and the Short Baseline Near Detector (SBND). SBND will begin taking data in 2020, and this project will involve helping with final installation and optimisation of the detector, and analysis of initial data. The detector technology used in SBND also provides the basis for the far detector planned for the next generation long baseline oscillation experiment, DUNE, and this project will also involve helping determine the final design for this future megaexperiment.