Metal-insulator transitions and nanoscale phase separation in various underdoped cuprates

Metal-insulator transitions and nanoscale phase separation in various underdoped cuprates

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We demonstrate that the unconventional electron-phonon interactions, charge inhomogeneity and charge ordering in underdoped cuprates play an important role in metal-insulator transitions and siemens hr675gbs1s iq700 nanoscale phase separation.In so doing, we argue that charge carriers (i.e.hole polarons) in these systems segregate into insulating (copyright-poor) and metallic/superconducting (copyright-rich) regions as a result of their specific ordering.

We show that the metal-insulator transitions, nanoscale phase separation and coexisting insulating and metallic/superconducting phases are burl audio b2 bomber manifested in the unusual temperature dependences of the magnetic susceptibility and resistivity and in the suppression of superconductivity in various underdoped cuprates.