Symmetries And Fundamental Interactions In Nuclei

Part 1 Symmetries: parity, W. Haeberli and B. Holstein; time reversal, F. Boehm and P. Herczeg; chirality and changes of properties in nuclei, G. Garvey and G.E. Brown; charge symmetry and independence, W.T.H. van Oers and G.E. Miller. Part 2 Basic theory (particle properties and the standard model): the weak sector of the standard model (including CVC, PCAC, etc), I. Towner and J. Hardy; neutrino properties (masses, moments, charge conjugation props), F. Reines and S.P. Rosen; solar neutrinos, K. Lande and L. Wolfenstein; quarks in nuclei, (EMC, strangeness, spin ...), R. McKeown and M. Musolf; muon nuclear physics, V. Hughes and J.D. Walecka. Part 3 Other interactions using nuclei: tests of gravity and medium range forces, E. Adelberger.