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We investigate the effects of the nearly fulfilled Efimov conditions on theproperties of three-body resonances. Using the hyper-spheric adiabaticexpansion method we compute energy distributions of fragments in a three-bodydecay of a nuclear resonance. As a realistic example we investigate the 1-state in the halo nucleus 11Li within a three-body 9Li+n+n model.Characteristic features appear as sharp peaks in the energy distributions.Their origin, as in the Efimov effect, is in the large two-body s-wavescattering lengths between the pairs of fragments.

Efimov Effect in Nuclear Three-Body Resonance Decays