'Miniboone' diaporamas de présentation

The first result of the MiniBooNE neutrino oscillation experiment

The first result of the MiniBooNE neutrino oscillation experiment. PRL98(2007)231801. Teppei Katori for the MiniBooNE collaboration Indiana University PMN07, Blaubeuren, July, 03, 07. The first result of the MiniBooNE neutrino oscillation experiment. PRL98(2007)231801.

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MiniBooNE

MiniBooNE. V th Rencontres du Vietnam 2004 David Schmitz Columbia University. Outline. MiniBooNE Motivation LSND Signal Interpreting the LSND Signal MiniBooNE Overview Experimental Setup Neutrino Events in the Detector The Oscillation Search

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Georgia Karagiorgi, Columbia University August 10, 2007

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3+2 Neutrino Phenomenology and Studies at MiniBooNE

3+2 Neutrino Phenomenology and Studies at MiniBooNE. Georgia Karagiorgi, Columbia University. PHENO 2007 Symposium May 7-9, 2007 U. Wisconsin, Madison. Outline. Motivation for 3+2 models 3+2 phenomenology and oscillation formalism

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Beam/Booster Status and Plan

Beam/Booster Status and Plan. Eric Prebys Booster Group Leader FNAL Beams Division. Autotune Now Working!!!. Now stable and working. Typically left running for long periods. Training operators to use. Should be able to handle small changes due to Main Injector injection closure.

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Zelimir Djurcic Physics Department Columbia University

Backgrounds in neutrino appearance signal at MiniBooNE. Zelimir Djurcic Physics Department Columbia University. Before the MiniBooNE: The LSND Experiment. LSND took data from 1993-98 - 49,000 Coulombs of protons - L = 30m and 20 < E n < 53 MeV.

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Experimenter Contributions to Booster Improvements

Experimenter Contributions to Booster Improvements. Eric Prebys FNAL Accelerator Division. General. The Booster has exceeded the Run II handbook specification for protons to the pBar target Slip-stacking the only thing left for Run II Challenges come from neutrino program

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Comparison of Detectors for Proton Decay

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How are we doing?

How are we doing?. Since MiniBooNE. Last 2 weeks. Booster Power Loss. Total protons/minute. Unstable Running after power problems and Summer. Energy lost per proton. So why do things suck now?!?!?. MH2 Regulation Problems. MH2 is the final horizontal bend in the 400 MeV line

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Lagrangian density

Lagrangian density. Ordinary solution is only for Dirac mass. Other spinor pairs are Lorentz scalars for Majorana mass. Full solution has chiral components. Seesaw mechanism. Left-handed term zero in SO(10), etc. RH term of GUT order, Dirac term of electroweak order

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CRL Status April, 2006

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