A Brief History of Anderson Localization

Characterizing Local Electronic States of Twin Boundaries in Copper

“…However, this contradicts our results as the decreased Fermi level near the GB region corresponds to a higher DOS and electron concentration. According to Anderson localization, we believe that the interference of disorder with overlapping atomic orbitals at the GB will lead to a tendency for electron motion toward a localized state, corresponding to a higher electron concentration. , Furthermore, due to the high chemical activity, the GB may attract more impurity atoms and introduce more electrons. , …”

“…According to Anderson localization, we believe that the interference of disorder with overlapping atomic orbitals at the GB will lead to a tendency for electron motion toward a localized state, corresponding to a higher electron concentration. 30,31 Furthermore, due to the high chemical activity, the GB may attract more impurity atoms and introduce more electrons. 21,32 It is worth mentioning that the Fermi surface of Cu is a nonspherical structure, and k f in Cu is not monotonically related to the size of the Fermi surface.…”