| J. Mulvey | Introduction and Acknowledgements | p.v |
| A. Salam | Physics With 100-1000 TeV Accelerators | p.1 |
| J.D. Lawson | The Physics of Particle Acceleration | p.9 |
| G.A. Voss | Limits of Conventional Techniques | p.45 |
| A.N. Skrinsky | The Proton Klystron | p.65 |
| A.M. Sessler | Collective Effect Accelerators and the Challenge of Ultra-High Energies | p.79 |
| U. Schumacher | The Electron Ring Accelerator | p.91 |
| J.A. Nation | Collective Acceleration Processes using Waves on Electron Beams | p.115 |
| M. Reiser | Beam Front Accelerators | p.131 |
| F. Winterberg | The Superaccelerator Concept | p.151 |
| T. Tajima | Laser Acceleration by Plasma Waves for Ultra-High Energies | p.169 |
| C. Joshi | The Plasma Beatwave Accelerator -Experiments | p.195 |
| D.J. Sullivan and B.B. Godfrey | Simulation of the Plasma Beat Wave Accelerator | p.209 |
| M. Tigner | Near Field Linear Accelerators | p.229 |
| C. Pellegrini | A High Energy e+e-collider using an Inverse Free Electron Laser Accelerator | p.249 |
| R.B. Palmer | A Laser Driven Grating Linac | p.267 |
| G.A. Voss and T. Weiland | The Wake Field Acceleration Mechanism | p.287 |
| V.E. Balakin and A.V. Novokhatsky | The Method of Coherent Electron Acceleration with a maximally high gradient by a Proton Beam | p.309 |
| M.J. Rees | Acceleration Processes in the Universe | p.317 |
| J.B. Adams | Some Comments on the Future of Very High Energy Accelerators | p.329 |
| U. Amaldi (Editor) | Panel Discussion | p.349 |
| J.D. Bjorken | Remarks on Future Accelerators and Future Physics | p.365 |