Electron-fluctuation interaction in a non-Fermi superconductor

Abstract

We studied the influence of the amplitude fluctuations of a non-Fermi superconductor on the energy spectrum of the 2D Anderson non-Fermi system. The classical fluctuations give a temperature dependence in the pseudogap induced in the fermionic excitations.

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References in corpus (4)

• The Unusual Superconducting State of Underdoped Cuprates
• Pseudogap effects induced by resonant pair scattering
• Non-interacting Cooper pairs inside a pseudogap
• The dispersion of a single hole in an antiferromagnet

Cited by in corpus (8)

• Phase Fluctuations and Pseudogap Phenomena
• BCS quantum critical phenomena
• Specific heat behavior of high temperature superconductors in the pseudogap regime
• Some sum rules for the non-Fermi liquids: new applications taking into account the mass renormalization factor
• Ginsburg-Landau Expansion in a non-Fermi Superconductor
• Transport Properties Calculation for a Quasi-Bidimensional System using T-Matrix Approximation
• Ginzburg-Landau Expansion in Non-Fermi Liquid Superconductors: Effect of the Mass Renormalization Factor
• Magnetic instability of a two-dimensional Anderson non-Fermi liquid