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{\Large \bf Accelerator Science Group}\\

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Professor          &:&Hideaki~Yokomizo~and~Shoji~Nagamiya\\
Associate Professor &:&Osamu~Sasaki\\
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\noindent
{\bf High Intensity Proton Accelerator (H.Yokomizo \& S.Nagamiya)}

 From Fiscal Year 2001 a new accelerator project to provide
high-intensity proton beams proceeded into its construction phase.  This
project is conducted under a cooperation of two institutions, KEK and
JAERI.  The accelerator complex will provide 1 MW proton beams at 3 GeV
and 0.75 MW beams at 50 GeV.  By using these beams three major
scientific goals will be pursued: 1) nuclear-particle physics primarily 
with kaon and neutrino beams from the 50 GeV Synchrotron,
2) life and material sciences with neutron and muon beams from the 3
GeV Synchrotron,
and 3) R\&D for nuclear transformation with neutron beams from the
injector linac. The accelerator complex will be constructed at the
JAERI-Tokai site.

%Two of us are taking a leadership role in this new project.
%For accelerators, an extensive  R\&D work is under way in several
%items such as a high intensity ion source, super conducting cavities, a
%high impedance ceramic vacuum duct, magnets with a large gap, etc.
%For sciences, research programs are conducted at the existing facilities 
%such as the 12 GeV Proton Synchrotron at the KEK and/or 
%the Relativistic Heavy-Ion Collider (RHIC) 
%at Brookhaven National Laboratory.

\noindent
{\bf Study on Detectors for Large Scale Experiments (O.Sasaki)}

Large Hadron Collider (LHC) experiments at the center-of-mass 
energy of 14 TeV start in 2007 at CERN (Switzerland). An exciting
new physics is expected, such as a discovery of Higgs and SUSY particles.
A Japanese group is involved in the ATLAS experiment
which includes many sub-detectors, e.g. inner trackers, 
calorimeters, muon spectrometers and magnets system. 
A major contribution from Japan is construction of a muon trigger 
chamber system. We are developing and building muon chambers, 
front-end electronics, trigger and readout circuits and the DAQ system 
using innovative techniques.

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