Dirac electrons in ac-magnetic fields: $π$-Landau levels and chiral-anomaly-induced homodyne effect
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The paper directly studies time-periodic magnetic-field control of Dirac electrons within a Floquet-engineering framework and predicts driven dynamical responses.
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Author(s): Sota Kitamura and Takashi Oka Floquet engineering, which involves controlling systems through time-periodic driving, is a method for coherently manipulating quantum materials and realizing dynamical states with novel functionalities. Most research in solid-state systems has focused on the use of ac- electric fields as the control… [Phys. Rev. B 114, 165120] Published Tue Sep 15, 2026