Although the Standard Model (SM) of particle physics has so far been tested to exquisite
precision, it is considered to be an effective theory up to some scale Λ≈ TeV. The prime …

A Monte Carlo program calculating perturbative QCD in hard hadronic collisions, with the
inclusion of initial and final semi-hard QCD radiation, is presented. Results are compared …

We show that the inclusion of noncollinear gluon bremsstrahlung is essential in a quantum-
chromodynamic (QCD) description of large transverse energy events in hadron-hadron …

Interactions of 150 GeV pions and 300 GeV pions and protons on hydrogen which result in
final states with large transverse energy in the central rapidity region− 0.88< y< 0.67 were …

High-transverse-energy events produced in pp collisions at 400 GeV/c were studied using
the large-acceptance Fermilab multiparticle spectrometer. The cross sections for such …

Based on a multiple-hard-scattering picture we derive simple relations between inclusive
cross sections for large-transverse-momentum particle production in nucleus-nucleus …

The qualitative predictions of quantum chromodynamics for high-energy hadron-nucleus
scattering are expounded. Inclusive particle distributions from hadron interactions on proton …

The properties of events produced with high values of transverse energy in 400-GeV/c pp
collisions are presented. The events were collected using the large-acceptance Fermilab …

High transverse energy π− p and pp interactions at 300 GeV/c have been studied using a
calorimeter-triggered streamer-chamber vertex spectrometer. The data are found to have …

A measurement of charged-particle production is reported for the forward region in events
triggered by high-transverse-momentum (p⊥) jets and single particles. The momentum …