A new underwater dark-room facility for testing neutrino detector components is described, with a preliminary underwater camera calibration that shows large reprojection errors in parts of the image.
An Intermediate Water Cherenkov Detector at J-PARC
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abstract
Recent neutrino oscillation results have shown that the existing long baseline experiments have some sensitivity to the effects of CP violation in the neutrino sector. This sensitivity is currently statistically limited, but the next generation of experiments, DUNE and Hyper-K, will provide an order of magnitude more events. To reach the full potential of these datasets we must achieve a commensurate improvement in our understanding of the systematic uncertainties that beset them. This talk describes two proposed intermediate detectors for the current and future long baseline oscillation experiments in Japan, TITUS and NuPRISM. These detectors are discussed in the context of the current T2K oscillation analysis, highlighting the ways in which they could reduce the systematic uncertainty on this measurement. The talk also describes the short baseline oscillation sensitivity of NuPRISM along with the neutrino scattering measurements the detector makes possible.
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The Under-Water Dark-Room Experimental Facility at the University of Winnipeg
A new underwater dark-room facility for testing neutrino detector components is described, with a preliminary underwater camera calibration that shows large reprojection errors in parts of the image.