Lattice polaron formation: Effects of non-screened electron-phonon interaction

Abstract

We explore the quasiparticle properties of lattice polarons on the basis of a quite general electron-phonon Hamiltonian with a long-range displacement-type of interaction. To treat the dynamical quantum phonons without significant loss of accuracy we adapt an exact Lanczos diagonalization method and compute various static and dynamical quantities, such as the electron-lattice correlation function, the polaron band dispersion, the effective polaron mass, the kinetic energy, the single-particle spectral function, and the optical conductivity, on finite one-dimensional lattices for a wide range of model parameters. We compare the results with those obtained for the standard Holstein model with short-range electron-phonon interaction only.

9 pages, 7 figures, submitted to Phys. Ref. B

References in corpus (5)

• The Holstein Polaron
• Mobile small polaron
• Continuous-Time Quantum Monte Carlo Algorithm for the Lattice Polaron
• Ground-state dispersion and density of states from path-integral Monte Carlo. Application to the lattice polaron
• Excitation Spectrum of the Holstein Model

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