[en] The current status of Networking to and between computers used by the High Energy Physics community is discussed. Particular attention is given to developments over the last year and to future prospects. Comparison between the current status and that of two years ago indicates that considerable strides have been made but that much remains to be done to achieve an acceptable level of functionality

[en] Over the course of the past years the experimental measurements performed by the two large collaborations, CDF and D0, at the Fermilab Tevatron Collider have fueled advances in the understanding of physics at the energy frontier. At the present time the accelerator complex and the two detectors are undergoing substantial improvements. In this paper, they provide a discussion of some recent results which in turn provides a framework within which one can look to future prospects

[en] The aim of this talk was to give an impression of the tremendous range and depth of the data being produced by experiments at Fermilab, both fixed target and collider. Despite the generous allotment of time it was not possible to do more than scratch the surface of some subjects. The collider experiments, using the measurements of the W mass and with top search and mass limits, are approaching the situation where a statement about the Higgs mass, or a sensitive test of the consistency of the standard model become a possibility. Subjects discussed were: (1) cross-sections, QCD measurements; (2) decay physics; (3) W/Z physics; (4) searches for new physics; and (5) search for top quark

[en] The electromagnetic interaction needs no introduction as a probe of the structure of systems on many scales. The continued use of this technique dominated the sessions on Electron and Muon Physics at the Samoset Meeting. The experimental results continue to stimulate large numbers of theorists and the results on polarized deep inelastic muon scattering and their various interpretations permeated beyond these sessions. The breadth of physics attacked with electrons and muons makes a summary such as this rather peculiar. As one of my nuclear physics friends (I think) commented after my summary, ''it was interesting to see Nuclear Physics from a long distance with the telescope inverted.'' The comment may well be applied to this written version of the summary talk. 21 refs

[en] The results of measurements of structure functions in iron and deuterium by the European Muon Collaboration are presented. In addition some newer data on the measurements of hadrons produced in the interaction of muons with nuclei are discussed. The prospects for future measurements at CERN and Fermilab are outlined. 15 references

[en] In this paper we describe some highlights of recent physics results from the D0 experiment at the Tevatron bar pp collider. One aspect of recent QCD experimentation has been the emphasis on studies of events with rapidity gaps; the characteristics of such events in the D0 data are described. The non-abelian nature of the electroweak interaction is a well defined property of the standard model. The very high energies available at the Tevatron have opened a new window which permits the testing of this aspect of the standard model. The highlight among recent results was the observation of the top quark and this result is discussed. At the highest energy available, D0 is conducting numerous searches for phenomena which might indicate the structure of the world beyond the electroweak scale. We discuss searches for the particles of supersymmetry. The luminosity of the collider will increase dramatically over the next five years. This will open new fields of investigation for an upgraded D0 detector

[en] Recent results from the high energy muon scattering experiment, E665 at Fermilab are presented. In particular we discuss results on the ratio of cross-sections measured using Xenon and Deuterium at exceptionally low x_Bj, the x_Bj lower limit is approximately two orders of magnitude lower than any leptoproduction results previously reported. Neutron-proton ratio measurements are discussed in terms of the Gottfried Sum Rule and a measurement of the low x_Bj contribution to the Gottfried Sum is presented. Forward fragmentation in muon scattering is compared to fragmentation as observed in other processes. Finally we discuss measurements of the rates of production of forward multi-jet topologies. 55 refs., 15 figs

[en] This is a short paper summarizing a presentation of the evolution of the Fermilab program for the next five to ten years. Emphasis is given to the Fermilab accelerator complex, but external collaboration is emphasized

[en] The status of experiments involved in muon scattering at CERN is reviewed. Special emphasis is given to recent results

[en] A view of the software structure typical of a High Energy Physics experiment is given and the availability of general software modules in most of the important regions is discussed. The aim is to provide a framework for discussion of capabilities and inadequecies and thereby define areas where effort should be assigned and perhaps also to serve as a useful source document for the newcomer to High Energy Physics. 74 refs