Fig. 4: Molecular orientation circular dichroism. | Communications Physics

Fig. 4: Molecular orientation circular dichroism.

From: Geometric magnetism and anomalous enantio-sensitive observables in photoionization of chiral molecules

Fig. 4: Molecular orientation circular dichroism.The alternative text for this image may have been generated using AI.

Degree of orientation \(\langle \langle {\hat{{{\boldsymbol{\sf{e}}}}}}_{{\mathsf{B}}}^{{\mathsf{L}}}(k,\tau )\rangle \rangle\) [see Eq. (51) in Methods] obtained after coherent excitation of \(\left\vert {{{{{{{\rm{LUMO}}}}}}}}\right\rangle\) and \(\left\vert {{{{{{{\rm{LUMO}}}}}}}}+1\right\rangle\) in randomly oriented propylene oxide followed by ionization with a circularly polarized pulse, for ω12τ = π/2, υ = 1, and σ = 1.

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