Floquet engineering of quantum transport through two driven impurities
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The paper directly investigates quantum transport through two periodically driven impurities using a time-dependent Hamiltonian and Floquet engineering.
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Author(s): Vincenzo Bruno, Corinna Kollath, Roberta Citro, and Ameneh Sheikhan Floquet engineering offers powerful tools to manipulate quantum states by periodically driving physical parameters. In this work, we investigate the quantum transport through two periodically driven impurities in a mesoscopic one-dimensional channel. By mapping the time-dependent Hamiltonian into an… [Phys. Rev. A 114, 023313] Published Wed Aug 12, 2026