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The $K^{-}$ induced production of $\Lambda(1405)$ in the $K^{-} d \to \pi\Sigma n$ reaction is investigated having in mind the conditions of the DAFNEfacility at Frascati. We find that the fastest kaons from the decay of the$\phi$ at DAFNE are well suited to see this resonance if one selects forwardgoing neutrons in the center of mass, which reduce the contribution of singlescattering and stress the contribution of the double scattering where thesignal of the resonance appears clearer. We take advantage to report briefly ona recent work in which in addition to the $\bar{K}NN$ system with total spinS=0, we find a less bound state (although with equally large width) with S=1,like in the $K^{-} d$ reported in the first part.

The K d -> Lambda(1405) n reaction with the DAFNE set up and the $\bar{K}NN$ system revisited