A 1H/31P chiral co-sensing NMR study finds that residual diastereomeric splitting at the racemic point is dominated by systematic errors (millihertz), far above the predicted parity-violation signal (microhertz), guiding future high-Z searches.
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Towards detection of molecular parity violation via chiral co-sensing: the $^1$H/$^{31}$P model system
A 1H/31P chiral co-sensing NMR study finds that residual diastereomeric splitting at the racemic point is dominated by systematic errors (millihertz), far above the predicted parity-violation signal (microhertz), guiding future high-Z searches.