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We revealed the electrical transport through surface ferromagnetic states ofa nonmagnetic metal PdCoO2. Electronic reconstruction at the Pd-terminatedsurface of PdCoO2 induces Stoner-like ferromagnetic states, which could lead tospin-related phenomena among the highly conducting electrons in PdCoO2.Fabricating a series of nanometer-thick PdCoO2 thin films, we detected asurface-magnetization-driven anomalous Hall effect via systematic thickness-and termination-dependent measurements. Besides, we discuss that finitemagnetic moments in electron doped CoO2 triangular lattices may have given riseto additional unconventional Hall resistance.

Anomalous Hall effect at the spontaneously electron-doped polar surface of PdCoO2 ultrathin films