John Learned Univ. of Hawaii. The mini-Time-Cube A Portable Directional Anti-Neutrino Detector. With credits to all the UH team, IAI Colleagues and others. mTC Idea. Imaging via fast (<100 ps) timing, not optics (time reversal imaging). Small portable 2.2 liter scintillating cube,
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Univ. of Hawaii
A Portable Directional Anti-Neutrino Detector
With credits to all the UH team, IAI Colleagues and others.
Using first light gets topology well below decay time of scintillator.
Snapshot of the Fermat Surface for a Single Muon-likeTrack
J. Learned arXiv:0902.4009v1
As of Fall 2012
Biggest problem: Electronics far behind schedule
Relied on need by BELLE II need for these, but this program has been troubled.
Hence our students with Gary Varner and Luca Macchiarulo have taken over the
realization of the electronics for mTC (in parallel with BELLE)
Get mTC up and running with one output per PMT (24 x (5cm)2 pixels)
With this we can do studies of sensitivity, noise rates, neutron tagging etc.
Aim for data during this Fall 2012 (now starting)
Real electronics coming along in Fall 2012 – Spring 2013.
Take to reactor in mid-2013.
mTC represents a new type of IBD detector
Uses high resolution pixels in time and space
reconstruct positron tracks and neutron absorption point
to mm resolution
Fast pipelined waveform digitization permits on-line filtering
Get better angular resolution than other approaches
Demonstration next year.
Future may yield other physics applications.