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This analysis reveals reversible energy transfer between trapped modes in nonlinear waveguides, suggesting potential for advanced optical applications.
We demonstrate the transfer of energy between trapped modes of a photonic meta-atom in nonlinear waveguides. Driven by periodic oscillations of a nonfundamental soliton, the resulting Rabi-like mode transitions are reversible and parity maintaining.
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Melchert et al. (2025) studied this question.
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