Joint experiment-theory approach reveals fine-structure splitting of quasi-1D excitons in CrSBr, indicating anisotropy's role.
In a joint experiment-theory study, phase-locked mid-infrared pulses trace internal transitions of quasi-1D excitons in CrSBr revealing a strong anisotropy-induced fine-structure splitting. The internal structure changes from strongly-bound, monolayer-localized to weakly-bound, interlayer-delocalized states across the magnetic phase transition.
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Liebich et al. (2025) studied this question.
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