Model Analysis of Time Reversal Symmetry Test in the Caltech Fe-57 Gamma-Transition Experiment

Details Model Analysis of Time Reversal Symmetry Test in the Caltech Fe-57 Gamma-Transition Experiment Model Analysis of Time Reversal Symmetry Test in the Caltech Fe-57 Gamma-Transition Experiment

1993-04-13

arxiv.org/abs/nucl-th/9304010v1

Phys.Rev.C48:906,1993

Physics

Nuclear Physics

Nuclear Theory

5 pages, RevTex 3.0

Scientific paper

10.1103/PhysRevC.48.906

The CALTECH gamma-transition experiment testing time reversal symmetry via the E2/M1 mulipole mixing ratio of the 122 keV gamma-line in Fe-57 has already been performed in 1977. Extending an earlier analysis in terms of an effective one-body potential, this experiment is now analyzed in terms of effective one boson exchange T-odd P-even nucleon nucleon potentials. Within the model space considered for the Fe-57 nucleus no contribution from isovector rho-type exchange is possible. The bound on the coupling strength phi_A from effective short range axial-vector type exchange induced by the experimental bound on sin(eta) leads to phi_A < 10^{-2}.

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