[en] Task A started as the support of Pitt contingent of the Axial Field Spectrometer Collaboration, performing experiment R807/808 at CERN. Last year we joined a collaboration which was formed around the same basic group to perform an experiment at the SPS, using many of the R807/808 components to set up an experiment to study lepton production (NA34). We are therefore involved both in the setting up of the new experiment, for which we have taken a major responsibility for the trigger system, and in the analysis of data from the AFS experiment. The R807/808 experiment has probed several topics related to study of high P/sub T/ phenomena such as production of jets at high E/sub T/ [1, 2, 3, 4] and a comparison of their properties with jets seen in e⁺e^-. Task B supports the Pitt contingent of the E706 collaboration, which is studying prompt photon production in πp and pp collisions at the Tevatron. The major contribution of the Pitt effort to the experiment is the provision of the array of semiconductor detectors required for the charged particle spectrometer to be used in the study of correlated hadronic jets. Because of the physics overlap between tasks A and B, our active participation in R807/808 strengthens our contribution to E706. In particular, the πp/pp comparison in E706 complements the anti pp/pp comparison in R807/808. Task C is the search for fractional-charge in semiconductors. The major effort is the development of a new experimental technique which combines field ionization and low background infrared spectroscopy using a liquid helium cooled monochromator and a computer controlled data acquisition. 87 references