Abstract

A microscopic treatment of ηη--nucleus scattering is presented. When applying the underlying exact integral equations, the excitation of the target are neglected, and an input ηNηN amplitude is chosen which reproduces the S11(1535)S_{11}(1535) resonance. It is shown that the ηη--nucleus scattering lengths are quite sensitive to the ηNηN parameters and the nuclear wave functions. For a special choice of the parameters an η4 ⁣Heη{^4\!H}e quasi--bound state occurs.

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