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2540 km: Bimagic baseline for neutrino oscillation parameters

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arxiv 1009.1093 v2 pith:3XA2L4O7 submitted 2010-09-06 hep-ph

2540 km: Bimagic baseline for neutrino oscillation parameters

Amol Dighe (Tata Inst.) , Srubabati Goswami (Ahmedabad , Phys. Res. Lab) , Shamayita Ray (Cornell U. , LEPP) This is my paper
classification hep-ph
keywords muonneutrinoparametersbaselineenergyhierarchythetaaddition
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We show that a source-to-detector distance of 2540 km offers multiple advantages for a low energy neutrino factory with a detector that can identify muon charge. At this baseline, for any neutrino hierarchy, the wrong-sign muon signal is almost independent of CP violation and $\theta_{13}$ in certain energy ranges. This reduces the uncertainties due to these parameters and allows the identification of the hierarchy in a clean way. In addition, part of the muon spectrum is also sensitive to the CP violating phase and $\theta_{13}$, so that the same setup can be used to probe these parameters as well.

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