Abstract
It is shown that the measurement of the polarization together with the hadron elastic dN dt distribution in the Coulomb-nuclear interference region allows to extract directly from the data both the real and imaginary parts of the spin non-flip nuclear amplitude, independently from each other and without any arbitrary theoretical assumption. The crucial parameter ϱ = Re F IM F will be therefore known as a function of t at fixed s and will allow us to detect new phenomena in hadron physics.
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