RUI: Neutrino Experiments at Fermilab

奥特宾大学的纳撒尼尔·塔格和他的本科生团队将利用费米实验室和助推器中微子束的实验，对中微子振荡和相互作用进行研究。研究计划包括研究中微子振荡(在MINOS+实验中)，测量中微子核截面(在Minerva实验中)，测量中微子速度(MINOS+)，以及寻找可能指示标准模型之外的物理的异常事件(MicroBooNE实验)。该小组的一项特殊贡献及其研究计划令人兴奋的更广泛影响是开发和实施了3D可视化工具，以指导实验的物理分析，并使学生和公众看到科学家记录和研究的中微子相互作用的性质。

The Otterbein University group of Nathaniel Tagg and his team of undergraduate students will conduct research on neutrino oscillations and interactions using experiments in the Fermilab NuMI and Booster neutrino beams. The research program includes the study of neutrino oscillations (in the MINOS+ experiment), measuring neutrino nucleus cross sections (in the MINERvA experiment), measuring neutrino velocity (MINOS+), and searching for anomalous events that might indicate physics beyond the Standard Model (the MicroBooNE experiment). A special contribution of the group and an exciting broader impact of their research program is the development and implementation of 3D visualization tools to guide the physics analyses of the experiments and to render visible to students and the public the nature of neutrino interactions as recorded and studied by the scientists.