Photoionizing randomly oriented chiral molecules with isotropic light yields a spin-conditioned photoelectron current locked to the spin axis, controlled by the flux of a molecular Bloch pseudovector.
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Spin-current correlations in photoionization of chiral molecules
Photoionizing randomly oriented chiral molecules with isotropic light yields a spin-conditioned photoelectron current locked to the spin axis, controlled by the flux of a molecular Bloch pseudovector.