Abstract
In this work, we perform a detailed study of the τ− → π−π0γν decay process within the resonance chiral theory. We pay special attention to the triple-product asymmetry in the τ− → π−π0γν process. The minimal resonance chiral Lagrangian and the odd-intrinsic parity resonance operators are simultaneously included to calculate the decay amplitudes. Various invariant-mass distributions in the π−π0, π−γ and π0γ systems are studied and they reveal different resonance dynamics. We further predict the intriguing nonzero triple-product asymmetry distributions, which may provide useful guidelines for future experimental measurements conducted at the Belle-II and super tau-charm facilities.
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