A programming error led to too slow a growth in the population of heavy flavors. At the largest
values of Q, our structure functions underestimate the heavy quark content of the proton by …

We study the signals resulting from the production and subsequent decays of heavy sleptons,
sneutrinos and all the charginos $(\tilde W_i)$ and neutralinos $(\tilde Z_i)$ at ultrahigh …

As part of the planning for the sse, studies were made of the likely machine vacuum [1],
neutron flux in the tunnel as a result of beam-gas collisions [1, 2, 3], heating due to debris from …

… His research spans many topics in particle physics, from heavy quarks through cosmic
neutrinos. His work on electroweak symmetry breaking and supercollider physics, which was …

Using custodial SU (2) c symmetry as a guiding principle for the New Physics (NP) at the
TeV scale, we conclude that the only allowed dim= 6 interactions induced by NP at this scale …

… PHYSICS … tSupported by the Director of Energy Research, OfTice of IIigh Energy and
Nuclear Physics, Divi- sion of High Energy Physics of the US Department …

… Since the pT(ZZ) spectrum is entirely governed by QCD radiations and the ZZ production
rate at supercollider energies is sizable, our results could also provide a good test of …

… The courses were centered on elementary particle physics to be performed with large
accelerators accessible in the immediate future, including some reports on the current situation. …

We analyze a multi-lepton signal plus missing transverse energy from neutrinos expected at
the LHC for a bino-like neutralino as the lightest supersymmetric particle (LSP), when the …

… In recent years an increasing amount of effort has been devoted [1, 2] to the study of the
physics potential and design problems of future e+e - colliders. There is great physics interest in …