beam and a
three-stage magnetic spectrometer covering 
. The
spectrometer features a high-precision silicon vertex system,
broad-coverage particle identification using TRD and RICH, and a
three-stage lead glass photon calorimeter.
Hyperon Physics Results from Selex
Ivo Eschrich, Max Planck Institute for Nuclear Physics, Heidelberg
In parallel to charm hadroproduction the experiment SELEX (E781) at Fermilab is pursuing a rich hyperon physics program.
SELEX employs a 600 GeV/c high-intensity beam and a
three-stage magnetic spectrometer covering . The
spectrometer features a high-precision silicon vertex system,
broad-coverage particle identification using TRD and RICH, and a
three-stage lead glass photon calorimeter.
First results for the 
charge radius,
total - nucleon cross sections, and a new upper limit for the
radiative width of the 
are presented.
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