Abstract

We report the results of an improved determination of the triple correlation DP⋅(pe×pν)D P \cdot(p_{e}\times p_ν) that can be used to limit possible time-reversal invariance in the beta decay of polarized neutrons and constrain extensions to the Standard Model. Our result is D=(−0.96±1.89(stat)±1.01(sys))×10−4D=(-0.96\pm 1.89 (stat)\pm 1.01 (sys))\times 10^{-4}. The corresponding phase between g_A and g_V is ϕAV=180.013∘±0.028∘ϕ_{AV} = 180.013^\circ\pm0.028^\circ (68 % confidence level). This result represents the most sensitive measurement of D in beta decay.

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