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Experiments with polarized neutrons at high energy have interested me recently for at least five reasons as follows: (i) Our Michigan group has over the past decade evolved a program of hadronic physics with neutron beams at the Bevatron, the ZGS, the AGS, and at FNAL so that we feel quite familiar with the problems and 1 techniques in this area (2) The Argonne ZGS has discussed plans to accelerate polarized deuterons; the neutrons from the stripped deuteron beam will provide a collimated, intense, reasonably monochromatic polarized neutron beam of up to 6 GeV. (3) The observed polarization of inclusively-produced A°s by Overseth's group at FNAL and CERN begs the investigation of polarization in other inclusive phenomena such as neutron 2 production . (4) J. Rosen et al. have recalled 3 that the Schwinger Effect 4 can produce up to 100% polarization of neutrons in elastic scattering at very small angles at high energies and outlined possible experiments at Fermilab. (5) During the winter and spring of this year I was a guest of Westfield College (London) where Elliot Leader stimulated my interest in various polarization phenomena accessible though small angle 5 neutron scattering. Drawing these factors together has lead to the conception of a series of possible experiments at both Argonne and Fermilab which I will sketch herein. Fundamental to the class of experiments I am discussing is the interference between the electromagnetic

Possible experiments with polarized neutrons at the ZGS and at FNAL