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Peking University-World Scientific advanced physics series/Peking University-World Scientific advance physics series

Angle-Resolved Photoemission Spectroscopy Studies of Many-Body Effects in High-TC Superconductors

Xingjiang Zhou

Published May 22, 2020• 0 citations
Publisher
DOI
10.1142/9789813271173_0005

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Probing Many-Body Interactions in High-Tc Superconductor Bi2_{2}2​Sr2_{2}2​CaCu2_{2}2​O8+δ_{8+\delta }8+δ​ using Time- and Angle-Resolved Photoemission
Recent high resolution angle resolved photoemission spectra for the high temperature superconductors are analyzed on the basis of a fermi‐liquid theory of highly correlated metals. Due to the presence of large many‐body effects, the region over which typical Landau fermi‐liquid properties holds is small. The spectrum is dominated by the self‐energy variation over an intermediate range of energies, and in this region the spectrum bears a close resemblance to that found in the phenomenological marginal fermi‐liquid theory of Varma et al.
Recent high-resolution angle-resolved photoemission spectra for the high-temperature superconductors are analyzed on the basis of a Fermi-liquid-based theory of a highly correlated metal. Due to the presence of large many-body effects, the energy range over which typical Landau Fermi-liquid properties hold is negligibly small. The theoretically calculated spectrum, near the Fermi energy, is dominated by the self-energy variation over an intermediate range of energies. The spectrum is compared and contrasted with other theories as well as with the experimental data.