Evidence for strong electron–phonon coupling in high-T c cuprates is reviewed, with
emphasis on the electron and phonon spectral functions. Effects due to the interplay …

We present numeric results for ground state and angle resolved photoemission spectra
(ARPES) for<? format?> a single hole in the tJ model coupled to optical phonons. The …

High-Temperature Superconductors provides an up-to-date and comprehensive review of
the properties of these fascinating materials. Much has been learned about the behavior and …

Results indicating the important role of the electron–phonon coupling in high-temperature
superconductivity compounds are presented, with emphasis on its implications for angle …

We study the recently observed orbital excitations, orbitons, and treat electron-electron
correlations and lattice dynamics on an equal footing. It is shown that the orbiton energy and …

To discuss the interplay of electronic and lattice degrees of freedom in systems with strong
Coulomb correlations we have performed an extensive numerical study of the two …

We develop an efficient numerical method for the description of a single-hole motion in the
antiferromagnetic background. The method is free of finite-size effects and allows the …

Electron transport is a fundamental process that controls the intrinsic chemical and physical
properties of solid materials. The surface phase becomes dominant when downsized …

We study effects of the Coulomb repulsion on the electron-phonon interaction (EPI) in the
Holstein-Hubbard model, using the antiferromagnetic (AF) dynamical mean-field …

We address the role played by orbital degeneracy in doped Mott-Hubbard insulators. We
observe that in all but the simplest systems the carriers bind to dd excitons because of …