In a vibronic dimer, transient synchronization of vibrational displacements emerges from distinct evolutions of vibronic quantum coherences and coincides with coherent energy transport.
We define the electronic oper- ators in the exciton basis as Θ i = U(θ)|ei⟩⟨ei|U†(θ) and 3 insert into Hel−vib to give: Hexc−vib = g1Θ1(b1 + b†
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Transient Synchronisation and Quantum Coherence in a Bio-Inspired Vibronic Dimer
In a vibronic dimer, transient synchronization of vibrational displacements emerges from distinct evolutions of vibronic quantum coherences and coincides with coherent energy transport.