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Dielectric switching materials are prospective candidates for smart electronic/electrical applications, and high dielectric switching ratios are crucial for their practical applications. However, the substantial improvement of the dielectric switching ratio is limited by the available dielectric switching mechanisms, and obtaining high dielectric switching ratios is a major challenge. Here, an unparalleled...
Dielectric Switching
In article number 2214544, Ming Jiang, Lijie Dong, and co‐workers propose a synergistic dielectric switching mechanism. The crystallization/melting behavior of octadecane induces the aggregation/dispersion of conducting micelles, resulting in a significant simultaneous enhancement/weakening of interfacial polarization and electrode polarization—the structural transition results...
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