A trapped-ion experiment with two engineered vibrational modes shows that degenerate modes boost charge and exciton transfer at large energy gaps, while non-degenerate modes smooth the energy-gap dependence and widen the efficient transfer window.
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Quantum Simulation of Charge and Exciton Transfer in Multi-mode Models using Engineered Reservoirs
A trapped-ion experiment with two engineered vibrational modes shows that degenerate modes boost charge and exciton transfer at large energy gaps, while non-degenerate modes smooth the energy-gap dependence and widen the efficient transfer window.