Imperial College T2K Group, March 2007: (front) Mr J. Anderson, Miss M. Ndamne Nzeye, Mr D. Orme, Mr M. Shibasaki, (back) Dr M.O. Wascko, Prof D.L. Wark, FRS, Dr A. Vacheret, Mr I.J. Taylor, Dr Y. Uchida, (on Albert Hall) Dr M. Raymond, Dr M. Noy, Mr J. Walding, Mr J.F. Van Schalkwyk, Prof P.J. Dornan, FRS (Not pictured: Mr K. Morita, Mr P. Masliah, Mr P. Schaak)
Booster Neutrino Beam Magnetic Focussing Horn: This focusing device, called a horn, is crucial to the Booster Neutrino Beam. It is pulsed five times per second with a 170,000-amp current, creating a strong magnetic field. Installed in the beam line, the horn steers neutrino-producing particles in the direction of the MiniBooNE and SciBooNE detectors.
MiniBooNE Photomultiplier Tubes (PMTs): These devices detect light emitted inside the MiniBooNE detector by the energetic charged particles created by neutrino interactions.
SciBooNE Groundbreaking at Fermilab, Sep 2006: Dr R. Tesarek, FNAL, SciBooNE Project Head, Dr J. Strait, FNAL, FNAL Particle Physics Department Head, Dr M.O. Wascko, Imperial College, SciBooNE co-Spokesman, Dr H. MOntgomery, FNAL, FNAL Associate Director for Research, Dr S. Holmes, FNAL, FNAL Associate Director for Accelerators, Dr Y.K. Kim, FNAL & University of Chicago, FNAL Deputy Director, Dr P. Oddone, FNAL, FNAL Director.
Wavelength-shifting Fibres Inside SciBooNE's SciBar Subdetector: These fibers collect and guide light created by the passasge of energetic charged particles through the scintillating plastic bars of the SciBar detector, changing the color of the light from ultraviolet to blue and green for easier detection by the photomultiplier tubes (PMTs).
SciBooNE Installation Day: Dr M.O. Wascko and Mr J. Walding, both of Imperial College, in front of an approriately named crane used for the installtion of the SciBooNE detector components into the experimental hall.
Online Display ofr SciBooNE's First Neutrino Event: The display shows the PMT hits from the top view of a neutrino-induced muon track in the SciBar detector (left, green), energy deposited in the Electron Catcher (center) and the Muon Range Detector (right, blue).