Physics
Scientific paper
Dec 2008
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2008fuin.conf..415s&link_type=abstract
FUNDAMENTAL INTERACTIONS. Proceedings of the 22nd Lake Louise Winter Institute. Held 19-24 February 2007 in Lake Louise, Alberta
Physics
Scientific paper
The indisputable confirmation of massive neutrinos from observed flavour oscillations is compelling evidence of physics beyond the Standard Model. In recent years accelerator based neutrino oscillation experiments have strived to understand this effect by measuring the interference parameters to higher and higher degrees of accuracy. The second generation of neutrino oscillation experiments, of which T2K is the first, will aim to directly measure the elusive and small value of the θ13 parameter.
The T2K experiment will fire a Muon neutrino beam over 295km and will use a near and far detector combination to search for rare electron neutrino appearance. Particle identification at low energies is key to the physics aims of the near detector. I will discuss these physics aims along with aspects of particle identification in the electromagnetic calorimeter of the near detector.
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