The quenching of hard jets in ultrarelativistic nuclear collisions is estimated emphasizing its
sensitivity to possible changes in the energy loss mechanism in a quark gluon plasma. We …

The aim of this review is to review what is known about the physics of high-energy proton
(approx.> 10 GeV/c) traversing nuclear matter; how much energy enrgy it loses, where the …

Azimuthal correlations for large transverse momentum charged hadrons have been
measured over a wide pseudorapidity range and full azimuth in A u+ A u and p+ p collisions …

Differential multiplicities of forward produced hadrons in deep inelastic muon scattering on
nuclear targets have been compared with those from deuterium. The ratios are observed to …

Transverse energy distributions have proved to be useful in the understanding of reaction
mechanisms of relativistic heavy ion interactions. The development of the subject is traced …

We treat the anomalous nuclear dependence of high-pT jet and single-particle
photoproduction cross sections in perturbative QCD. We show that the Aα dependence is …

Results are presented from reactions of 60 A GeV and 200 A GeV 16O projectiles with C,
Cu, Ag, and Au nuclei. Energy spectra measured at zero degrees and transverse energy …

We present results on the production of jets and" jetlike" clusters in 800-GeV/c proton-
nucleus (p A) collisions. Events with high values of transverse energy in the central …

Finite temperature simulations of lattice gauge theory suggest a transition to a new phase of
QCD matter—the quark-gluon plasma (QGP). The order of this phase transition depends …

Fermilab experiment 711 has investigated proton-nucleus collisions in which two high-
transverse-momentum hadrons are produced forming high-mass++,+-, and--charged states …