FTP, name this theory in which squarks, sleptons and gluinos partner up with their more mundane quarks, leptons and gluons.
The earliest tests of this theory will come when Fermilab's TeVatron comes on-line this year, but it is expected that the strongest measurements will be done by the Large Hadron Collider at CERN when it starts running in 2005.  Developed in 1971 both in a standard field theory context and as a necessary result of introducing fermions into string theory, the current limits on the predictions for this theory come from the energy scale at which the electroweak and strong forces unify.  In this theory, each standard model fermion has an associated boson with it and vice versa, but, because this theory is broken at a high energy level, these partner products have much greater masses than the particles we observe.  FTP, name this theory in which squarks, sleptons and gluinos partner up with their more mundane quarks, leptons and gluons.
The earliest tests of this theory will come when Fermilab's TeVatron comes on-line this year, but it is expected that the strongest measurements will be done by the Large Hadron Collider at CERN when it starts running in 2005.  
supersymmetry