Strange metallic magnetotransport in electron-doped cuprates

The infamous linear-in-T resistivity seen in hole-doped cuprates has become the hallmark of strange metallicity, but a more expansive strange metal phenomenology exists in the electron-doped compounds. Linear-in-T resistivity and linear-in-H magnetoresistivity are observed at low temperatures, in stark contrast to conventional Fermi-liquid behavior, and at high temperatures an anomalous T² resistivity is observed. In this talk, we discuss other signatures of strange metallicity at higher temperatures (50-300 K) in these compounds as evidenced by magnetotransport experiments.