New Technologies for Supercolliders

1. Front Matter

   Pages I-IX

   PDF

2. Introduction

   1. Why 200 TeV

      • A. Zichichi

      Pages 1-7

3. Calorimetry

   1. A Totally Active Liquid Xenon or Krypton Electromagnetic Calorimeter for High Luminosity Hadron Colliders

      • J. Seguinot, T. Ypsilantis, M. Bosteels, A. Gougas, G. Passardi, J. Tischhauser et al.

      Pages 9-28

   2. Progress on BaF2 Calorimeters

      • G. Charpak, V. Peskov, D. Scigocki

      Pages 29-47

   3. A New Scintillator, LiBaF3, and its Basic Properties

      • V. Peskov, A. Zichichi

      Pages 49-55

   4. Hybrid Photodiode Tube

      • Riccardo DeSalvo, Yunyong Wang

      Pages 57-63

   5. Calorimeters Sampled with Warm Liquids

      • Jean Pierre Mendiburu

      Pages 65-76

   6. Electron Identification with TRD at Future Colliders

      • P. Nevski

      Pages 77-84

   7. Trigger and Data Acquisition Prospects for the Spaghetti Calorimeter

      • Riccardo DeSalvo

      Pages 85-104

4. Subnuclear Multichannel Integrated Detector Technologies

   1. Development of Front End Electronics for Future Supercollider Experiments

      • Francis Anghinolfi, Paul Aspell, Michael Campbell, Erik Heijne, Pierre Jarron, Gerrit Meddeler

      Pages 105-123

5. Large Area Devices

   1. A Study of a Toroidal Muon Spectrometer with a Discrete Air Coil for a Multi-TeV Hadron-Hadron Collider

      • F. Bergsma, G. Laurenti, G. Levi, Q. Lin, G. Susinno

      Pages 125-152

   2. Latest Results on the Development of the Gaseous Pixel Chamber

      • D. Antreasyan, H. Castro, J. Galvez, Y. Liu, D. Mattern, F. Rivera et al.

      Pages 153-166

   3. The Muon Spectrometer: What is Needed?

      • M. C. S. Williams

      Pages 167-172

6. High Precision Tracking

   1. Scintillating Fibres for Central Tracking of Charged Particles

      • C. D’Ambrosio, P. Destruel, U. Gensch, H. Güsten, H. Leutz, D. Puertolas et al.

      Pages 173-184

   2. Opto-Electronic Delay for the Readout of Particle Tracks from Scintillating Fibres

      • T. Gys, H. Leutz, D. Piedigrossi

      Pages 185-195

   3. GaAs Detectors for Physics at the LHC

      • S. P. Beaumont, R. Bertin, S. D’Auria, C. del Papa, M. Edwards, F. Fiori et al.

      Pages 197-210

   4. New Developments in Gaseous Tracking Chambers

      • Fabio Sauli

      Pages 211-222

   5. Superconducting Strips for Microvertex Detectors

      • T. O. Niinikoski, A. Rijllart, B. Strehl, K. Winter, M. Caria

      Pages 223-246

7. Leading Particle Detection

   1. Status of the Leading Particle Detection

      • G. Anzivino, R. Ayad, M. Chiarini, P. Ford, M. Hourican, H. Larsen et al.

      Pages 247-266

8. Supercollider Physics

   1. QCD Physics of Jets in the TeV Range

      • V. A. Khoze

      Pages 267-285

The present volume is based on the proceedings of the 12th Workshop of the INFN ELOISATRON Project, held at the "Ettore Majorana" Centre for Scientific Culture (EMCSC), Erice (frapani), Sicily, Italy, in the period September 15-20, 1990. The proceedings deal with the presentation of "New Technologies for Supercolliders". Three new energy frontiers (16,40 and 200 TeV) are now opened up for the future of Subnuclear Physics. Basic problems above the Fermi-energy are crowding up: but no one knows the energy levels needed for their solution. This is why the technology for experiments with the new generation of Supercolliders needs to be pursued having in mind the problems which are of common interest in the three energy frontiers. The primary purpose of the Workshop was to contribute towards the highest energy limit in the search for new instruments and new technologies. Furthermore, the present status and performances of various detector technologies were reviewed. The possible options for a powerful apparatus whose goal would be the discovery of the top, Higgs and SUSY particles in a very high energy, high rate environment, were finally analysed. The Workshop was sponsored by the Italian National Institute for Nuclear Physics (INFN), the Italian Ministry of Education, the Italian Ministry of Scientific and Technological Research and the Sicilian Regional Government. We are thankful to the staff of EMCSC for their efficient and warm support.

• development
• electromagnetic
• electron
• energy
• environment
• experiment
• hadron
• nuclear physics
• particles
• physics
• quantenchromodynamik
• quantum chromodynamics
• simulation
• solution
• supersymmetry

• University of Naples, Naples, Italy

  Luisa Cifarelli

• Collège de France, Paris, France

  Thomas Ypsilantis

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