“…[
11 ] Then, with decreasing H , the high resistivity state could be melted to low resistivity state at
≈5.1 T, however, it cannot return back to its initial high‐resistivity state with further decreasing H , which suggests the coexistence of multiple phases. [
9,26 ] At 130 K above T 1, the film is at ferromagnetic metallic phase, and the resistivity gradually increase at high H (also labeled as
) due to the shrinkage of electronic orbital. [
27 ] One other factor inducing increasing resistivity with magnetic field is the Lorentz effect.…”