SUSY - what is it and why do we need it?, J. Bagger; the problems of scales in quantum field theory, J. Collins; calculating scattering amplitudes efficiently, L. Dixon; the physics of b and c quarks, J. Hewett; QCD and the top quark at CDF, J. Huston; from scattering amplitude to cross sections in QCD, Z. Kunszt; introduction to the standard model, P. Langacker; QCD on the lattice, P. Mackenzie; using HERA to probe QCD, S. Ritz; SUSY - exact results, N. Seiberg; untangling weak from strong interactions, M. Shifman; incoming partons and factorization, G. Sterman; QCD processes with leptons and photons, J. Stirling; SUSY - where is it?, X. Tata; and other papers.
James L. Johnson, USA) Johnson, James L. (Professor and Chair, Department of Computer Science, Professor and Chair, Department of Computer Science, Western Washington University