[en] A possibility for a new pion spectrometer, EPICS II, with much better resolution than the present EPICS is examined. Such a new spectrometer coupled with higher energy and increased flux of pions at LAMPF II would permit spectroscopic studies that are not presently feasible. Extension of spectroscopic studies to heavier targets and double charge exchange to excited states will become possible

[en] A muon storage ring is suggested as a possible tool in a search for neutrino oscillations at LAMPF II. The same system can also be used for precision neutrino-interaction measurements and for anti p accumulation. Parameters of a sample system are described

[en] An accumulator-storage ring arrangement with very small Δp/p, similar to the situation at CERN, is suggested and recommended for future anti p physics at LAMPF II

[en] New experimental data for the reactions πN → πN and πN → Nππ are mainly important for the study of three problems: (1) nucleon spectroscopy; (2) secondary terms of the asymptotic expansion; and (3) analytic continuation to the unphysical region. These problems are discussed

[en] A neutrino-electron elastic-scattering experiment is proposed for LAMPF II. The basic elastic reactions that could be studied are presented, and the implications of such studies are discussed. Two experimental approaches are detailed

[en] An experiment to measure precisely the p/sub 3/2/ - p/sub 1/2/ Λ-nucleus energy difference in ¹³C is described. Increased flux and better quality of the kaon beams at LAMPF II are expected to make such precise measurements possible

[en] The 800-MeV/c K+ elastic- and inelastic-scattering experiments from ⁴⁰Ca, ⁴⁸Ca, and ⁵⁴Fe are proposed with an overall experimental energy resolution of 0.5 MeV. These experiments are expected to provide important information on the usefulness of K⁺ as a new probe for nuclear structure studies

[en] Two powerful and complementary techniques are described that could be used advantageously at LAMPF II for studying short-lived nuclei far from the line of beta stability, produced through fission or spallation reactions. The ground-state and excited-state properties of such nuclei are of great interest to nuclear model theorists. One of the proposed techniques utilizes a new type of recoil time-of-flight spectrometer that would enable the direct mass measurement of some 50 new neutron-rich isotopes in the light mass (A < 70) region with accuracies of 50 keV to 1 MeV. The second technique involves a so-called helium-jet-coupled mass separator, which would facilitate mass and spectroscopic measurements on short-lived isotopes of a number of elements (for example, refractory metals) that cannot be studied at any of the existing or planned on-line mass-separator facilities

[en] We examine tests of the Glashow-Weinberg-Salam (GWS) Standard Theory of Electroweak Interactions. The tests are model-independent in the sense that they are relations between experimental quantities that are direct consequences of the GWS theory, but they are independent of the detailed structure of the nucleus. Such relationships were anticipated by Weinberg. Neutrino reactions with nuclei are considered, focusing largely on charged-lepton production, and it is demonstrated that intermediate-energy neutrino reactions have a central and unique role to play in our understanding of semileptonic weak interactions. This point is illustrated by discussing a complete kinematic experiment on the nucleon. A discussion of what neutrino reactions could teach us about nuclear structure is also given

[en] Two experiments, the measurement of the muonium hyperfine interval and the production of muonium in vacuum, are reviewed. The prospects for significant improvements in these and related experiments using pulsed, stopping muon beams from LAMPF II are evaluated and found to be excellent. 20 references