Transport and magnetization measurements on ultrathin PdCoO2 films provide evidence for a surface-magnetization-driven anomalous Hall effect, plus a low-field unconventional Hall contribution attributed to electron-doped CoO2 layers.
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Anomalous Hall effect at the spontaneously electron-doped polar surface of PdCoO2 ultrathin films
Transport and magnetization measurements on ultrathin PdCoO2 films provide evidence for a surface-magnetization-driven anomalous Hall effect, plus a low-field unconventional Hall contribution attributed to electron-doped CoO2 layers.