The current-induced conductive state of Ca2RuO4 is driven by current-created d3 electronic defects inside a persistent Mott gap, not by thermal gap closure.
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Evidence of electronic states driving current-induced insulator-to-metal transition
The current-induced conductive state of Ca2RuO4 is driven by current-created d3 electronic defects inside a persistent Mott gap, not by thermal gap closure.