Supporting R&D for the Design of a Neutrino Source Based on a Muon Storage Ring

这是一个建议，一些关键的研发需要把μ子存储环/中微子源的点，它可以被评估为一个潜在的物理项目的领域。 此外，它可能为未来的μ子储存环铺平道路，以探索未来十年所预见的能量尺度上的物理学。这是非常有趣的，因为它可以导致中微子物理学的进步，并可能最终导致一种新的方法来制造轻子对撞机。更具体地说，这个项目可以有显着的影响，使良好的特点，窄带，可变能量的中微子束的中微子质量和混合参数的测定，并可能看到在中微子部门的CP违反。学生将有不同的机会来解决独特的问题。

This is a proposal for some of the critical R&D needed to bring the muon storage ring/neutrino source to the point where it can be evaluated as a potential physics project for the field. In addition, it may pave the way for a future muon storage ring to explore physics at an energy scale beyond what is foreseen for the coming decade.This is of great interest as it can lead to advances in neutrino physics and possibly eventually to a new method to make a lepton collider. More specifically, this project can have significant impact on the enabling of well characterized, narrow band, variable energy beams of neutrinos for the determination of neutrino mass and mixing parameters and possibly for seeing CP violation in the neutrino sector. Students will be given diverse opportunities to work on unique problems.