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Resistive switching in strontium titanate (SrTiO3) generally involves the formation of a highly conducting filament upon application of a suitable applied bias. In article number 1901322, Manfred Martin, Miyoung Kim, and co‐workers use in situ transmission electron microscopy to identify the conducting filament phase and the accompanying phase. On this basis they establish not only a thermodynamic...
Three central themes in the study of the phenomenon of resistive switching are the nature of the conducting phase, why it forms, and how it forms. In this study, the answers to all three questions are provided by performing switching experiments in situ in a transmission electron microscope on thin films of the model system polycrystalline SrTiO3. On the basis of high‐resolution transmission electron...
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