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Spin–vibronic coherence drives singlet–triplet conversion - Nature

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Spin–vibronic coherence drives singlet–triplet conversion - Nature

Design-specific control over the transitions between excited electronic states with different spin multiplicities is of the utmost importance in molecular and materials chemistry1–3. Previous studies have indicated that the combination of spin–orbit and vibronic effects, collectively termed the spin–vibronic effect, can accelerate quantum-mechanically forbidden transitions at non-adiabatic crossings4,5.

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Spin–vibronic coherence drives singlet–triplet conversion - Nature

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Spin–vibronic coherence drives singlet–triplet conversion - Nature

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