[en] The production of particles with large transverse momentum in high energy hadron-hadron collisions is reviewed. The emphasis is placed on the experimental results. These results are discussed in terms of present theoretical ideas on interactions between hadronic constituents, but no attempt is made to review the theoretical work in a comprehensive manner. (author)

[en] The paper contains three lectures on Experimental Particle Physics which were given at the 16th British Universities Summer School for Theoretical and Elementary Particle Physics, Durham, 1986. The first lecture briefly reviews the physics which underpins all particle detectors, and the second lecture describes how this physics influences a modern detector. The last lecture is concerned with the topics of beams and computers, and includes the physics of stochastic cooling and the Halting theorem. (U.K.)

[en] The paper concerns the Proceedings of the 'School for Young High Energy Physicists', which was held at the Rutherford Appleton Laboratory, Sept. 1987. The lectures were presented in four courses, and were intended to give experimentalists a grounding in Relativistic Quantum Field Theory. The four lectures courses were each selected for INIS and indexed separately. (U.K.)

[en] The results of an experiment performed at the CERN ISR to search for new particles, produced in pp collisions at √s = 53 GeV, which decay into two long-lived hadrons

[en] The paper on specific aspects of experimental particle physics contains lectures presented to the 16th British Universities Summer School in Theoretical Elementary Particle Physics, Durham, 1986. The first lecture briefly reviews the physics which underpins all particle detectors, the second lecture describes how this physics influences the whole scale for a modern detector. The final lecture concerns beams and computers, where the physics of stochastic cooling is explained, and a proof of the Halting Theorem is given. (UK)

[en] Although hadronic collisions produce direct leptons and photons much less copiously than hadrons, these leptons and photons are invaluable for probing hadronic structure and interactions. Roughly speaking, ''deep inelastic'' production of leptons and photons is reasonably well understood, but the production of ''soft'' leptons and photons is not. Aspects of both ''deep inelastic'' and ''soft'' production are discussed. (author)

[en] Some of the basic properties of proton-nucleus (pA) collisions at ultrarelativistic energies are reviewed. These include total and 'partonic' cross-sections, and the differential cross-sections as functions of rapidity, transverse energy, and particle p_T, with particular emphasis in all cases on the A dependence. The aim is to introduce a nuclear physics audience to the main trends and ideas; experts in the field will find nothing very new here. (orig.)

[en] One aspect of modern high energy physics experiments is the growing trend for physicists to make use of more than one computer installation. The overwhelming majority of HEP IBM installations offer VM/CMS as the user interface. Any large installation soon requires its own enhancements to complement basic CMS, and the primary aim of HEPVM is to co-ordinate these so that users see the SAME commands doing the SAME things at ALL VM sites. One of the major enhancements is the interface for batch work, which is based on work done at SLAC. Experience so far and future trends will be reviewed. (orig.)

No abstract available

[en] Both experimental and theoretical complexity increase with the number of hadron constituents in the final state of the subprocess, because of the further hadronization stage. The author considers three cases: (i) Di-lepton production (Drell-Yan), (ii) Single photon production, and (iii) Large psub(T) hadron production. (Auth.)