A study of the Fröhlich polaron model is performed on the basis of diagrammatic quantum Monte Carlo technique which is enhanced by novel method of spectral analysis of the polaron Green function. We make available for the first time precise data for the effective mass, including the region of intermediate and strong couplings, and analyze the structure of the polaron cloud. A non-trivial structure of the spectral density is observed: at high enough couplings the spectral continuum features pronounced peaks that we attribute to unstable excited states of the polaron
We study theoretically a fundamental issue in solids: the evolution of the optical spectra of polaro...
We study theoretically a fundamental issue in solids: the evolution of the optical spectra of polaro...
We study theoretically a fundamental issue in solids: the evolution of the optical spectra of polaro...
A study of the Fröhlich polaron model is performed on the basis of diagrammatic quantum Monte Carlo ...
A study of the Fröhlich polaron model is performed on the basis of diagrammatic quantum Monte Carlo ...
We present results for the solution of the large polaron Fröhlich Hamiltonian in 3 dimensions (3D) a...
We present results for the solution of the large polaron Fröhlich Hamiltonian in 3 dimensions (3D) a...
According to recent quantum Monte Carlo simulations, the small polaron theory is practically exact i...
A different variational approach is proposed at zero temperature for a finite density of charge carr...
none5siWe present results for the solution of the large polaron Fröhlich Hamiltonian in 3 dimensions...
A different variational approach is proposed at zero temperature for a finite density of charge carr...
International audienceWe consider two large polaron systems that are described by a Fröhlich type of...
Many condensed matter problems involve a particle coupled to its environment. The polaron, originall...
Many condensed matter problems involve a particle coupled to its environment. The polaron, originall...
We study theoretically a fundamental issue in solids: the evolution of the optical spectra of polaro...
We study theoretically a fundamental issue in solids: the evolution of the optical spectra of polaro...
We study theoretically a fundamental issue in solids: the evolution of the optical spectra of polaro...
We study theoretically a fundamental issue in solids: the evolution of the optical spectra of polaro...
A study of the Fröhlich polaron model is performed on the basis of diagrammatic quantum Monte Carlo ...
A study of the Fröhlich polaron model is performed on the basis of diagrammatic quantum Monte Carlo ...
We present results for the solution of the large polaron Fröhlich Hamiltonian in 3 dimensions (3D) a...
We present results for the solution of the large polaron Fröhlich Hamiltonian in 3 dimensions (3D) a...
According to recent quantum Monte Carlo simulations, the small polaron theory is practically exact i...
A different variational approach is proposed at zero temperature for a finite density of charge carr...
none5siWe present results for the solution of the large polaron Fröhlich Hamiltonian in 3 dimensions...
A different variational approach is proposed at zero temperature for a finite density of charge carr...
International audienceWe consider two large polaron systems that are described by a Fröhlich type of...
Many condensed matter problems involve a particle coupled to its environment. The polaron, originall...
Many condensed matter problems involve a particle coupled to its environment. The polaron, originall...
We study theoretically a fundamental issue in solids: the evolution of the optical spectra of polaro...
We study theoretically a fundamental issue in solids: the evolution of the optical spectra of polaro...
We study theoretically a fundamental issue in solids: the evolution of the optical spectra of polaro...
We study theoretically a fundamental issue in solids: the evolution of the optical spectra of polaro...