K-ion intercalation drives reversible nanoscale resistive switching in Prussian blue analogs, establishing them as a new class of high-rate intercalation memristors.
Perylene-based columnar liquid crystal: Revealing resistive switching for nonvolatile memory devices
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Nanoscale resistive switching in electrodeposited MOF Prussian blue analogs driven by K-ion intercalation probed by C-AFM
K-ion intercalation drives reversible nanoscale resistive switching in Prussian blue analogs, establishing them as a new class of high-rate intercalation memristors.