Prof.
Michael Wilking
(Stony Brook University)
30/01/2015, 17:35
Near Detectors
The current status of the nuPRISM detector for T2K and Hyper-K will be presented.
Dr
Mark Scott
(TRIUMF)
30/01/2015, 17:55
Near Detectors
An overview of the status and results of the ongoing NuPRISM analyses and the planned future analysis work.
Dr
Matthew Malek
(Imperial College London)
31/01/2015, 09:00
Near Detectors
The Tokai Intermediate Tank with Unoscillated Spectrum (TITUS) is a proposed new near detector for the Hyper-Kamiokande beam programme. The baseline design for TITUS features a 2 ktonne water Cherenkov (WC) detector at a distance of ~2 km from the J-PARC neutrino beam. TITUS is a 'next-generation' WC detector, including technological advances such as gadolinium-loading, and LAPPD photosensors....
Mark Rayner
(Université de Genève)
31/01/2015, 09:30
Near Detectors
We clarify the design of the magnetized Muon Range Detector (MRD) for the proposed TITUS intermediate detector. Such an magnetized MRD would contain muons from interactions in the water Cherenkov detector, and would lend an extra advantage to the detector - the capacity to distinguish meutrino and antineutrino events, through the observation of the muon charge. We address both practical...
Dr
Akihiro Minamino
(Kyoto University)
31/01/2015, 09:50
Near Detectors
A test experiment, T-59, to develop a 3D grid-like neutrino near detector with a water target for measurement of neutrino cross sections at the T2K near detector hall was approved by J-PARC PAC. We are developing the detector to reduce the uncertainty on neutrino cross sections for T2K oscillation analyses. A new idea, a 3D grid-like structure of scintillator bars, is adopted to detect tracks...
Prof.
Stanley Yen
(TRIUMF)
31/01/2015, 10:15
Near Detectors
A fine-grained, water-based liquid scintillator detector to replace the current passive water + plastic scintillator target in FGD2 in the T2K ND280 tracker system would
allow the direct tracking of low energy hadrons emitted by neutrino interactions on oxygen. We are currently building a 1-cell prototype using the WbLS developed at BNL to test for light output.
