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Abstract Magnetoelectric multiferroics promise low-power switching, non-volatile memory and signal transduction, yet practical deployment requires ultrathin films in which polar and magnetic order often degrade. Uncompensated bound charge drives depolarization in ferroelectrics, whereas off-stoichiometry, reduced anisotropy and charge transfer can produce magnetic dead layers.
Abstract The generation of unidirectional motion has been a long-standing challenge in the engineering of molecular motors and, more generally, machines. A molecular motor is characterized by a set of low-energy states that differ in their configuration, that is, position or rotation. In biology and Feringa-type motors, unidirectional motion is driven by excitation of the molecule into a high-energy transitional state followed by a directional relaxation back to a low-energy state.
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