New Technologies for Supercolliders

Why 200 TeV (A. Zichichi). Calorimetry: A Totally Active Liquid Xenon or Kripton Electromagnetic Calorimeter for High Luminosity Hadron Colliders (M. Bosteels et al.). Progress on BaF 2 Calorimeters (G. Charpak et al.). Subnuclear Multichannel Intergrated Detector Technologies: Development of FrontEnd Electronics for Future Supercolliders Experiments (F. Anghinolfi et al.). Large Area Devices: A Study of a Toroidal Muon Spectrometer with a Discrete Air Coil for a MultiTeV HadronHadron Collider (F. Bergsma et al.). Latest Results on the Development of the Gaseous Pixel Chamber (D. Antreasyan et al.). High Precision Tracking: Optoelectronic Delay for the Readout of Particle Tracks from Scintillating Fibers (T. Gys et al.). GaAs Detectors for Physics at the LHC (S.P. Beaumont et al.). Leading Particle Detection: Status of Leading Particle Detection (G. Anzivino et al.). Supercollider Physics: QCD Physics of Jets in the MultiTeV Range (V.A. Khoze). HigherOrder Corrections in QCD Event Simulation (G. Marchesini). Monte Carlo Simulation: A 'Super Monte Carlo' for MultiTeV Physics Simulation (J. Alberty et al.). Computing Tools, Now and Then (E. Pagiola). 11 additional articles. Index.