We construct a coupled-channels, separable potential model of the low-energy ZN-AN system. From this we calculate the C single-particle potential, including Pauli effects. The volume integral of this potential is in remarkably good agreement with that found in a phenomenological analysis of C atoms by Batty. Finally, we solve the momentum-space Schrodinger equation to find the (self-consistent) complex eigenvalue in the Is state for a number of light nuclei. The resulting states are quite long lived, with widths ranging from 1.8 MeV in d H e to 12.5 MeV in $0. Experimental confirmation of these predictions would be extremely valuable. 5 Present address: Theory Division, CERN, CH-1211 Geneva 23, Switzerland. 0305-4616/82/070105 + 05 $02.00 0 1982 The Institute of Physics L105 -1981 Invited talk at the Kaon Factory Workshop, Vancouver prepri preprint TRI-PP-81-48 to be Gal A and Dover C B 1980 Phys. Rev. Lett. 44 379 Johnstone J and Thomas A W 1982 to be published published) Letter to the Editor Kisslinger L S 1980 Phys. Rev. Lett. 44 968
We compute correlators of non-local observables in a large class of A-twisted massive Landau-Ginzburg and gauged linear sigma models by localization to the discrete vacua. As an application, we present two topological field theories with identical chiral rings and correlators of local observables, which nevertheless differ in the correlators of non-local observables.
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