Coordination Funds

在过去的几年里，中微子物理学取得了巨大的进展：中微子态的所有混合角和质量分裂都被测量出来。而大众等级制度仍然是未知的。它已成为中微子物理学中最紧迫的问题之一。解决这个问题是JUNO项目的主要目标，紧随其后的是粒子、天文和地球物理学方面的一些杰出测量。JUNO是位于中国南方的20 kt液体闪烁体探测器。它是基于由Bronze、Double Bronze、Borexino和LENA开发的技术。对于质量等级测量，JUNO将从53公里外的几个核动力核心探测中微子。振动模式中的干涉效应将允许确定质量等级。在DFG的支持下，德国团体希望共同参与JUNO，并希望为该项目做出可见的贡献。我们的贡献将在数据分析，事件重建和探测器建设领域的欧洲努力。

The past years have seen an enormous progress in neutrino physics: All the mixing angles and the mass splittings of the neutrino states have been measured. Whereas the mass hier-archy still remains unknown. It has become one of the most pressing questions in neutrino physics. Answering this question is the primary goal of the JUNO project, followed closely by a number of outstanding measurements in particle, astro-, and geophysics. JUNO is a 20 kt liquid scintillator detector located in southern China. It is based on the technologies devel-oped by Chooz, Double Chooz, Borexino, and LENA. For the mass hierarchy measurement, JUNO will detect neutrinos from several nuclear power cores 53 km away. An interference effect in the oscillation pattern will allow for determination of the mass hierarchy.With the support of the DFG the German groups want to jointly participate in JUNO and want to make a visible contribution to the project. Our contribution will be integrated in a European effort in the areas of data analysis, event reconstruction, and detector construction.