activity
19951998
most citedQuantization of Sinai's Billiard - A Scattering Approach

35 citations · 103 across the 6 of their papers we have counts for

collaborators

6 papers

cond-mat.dis-nn1998★ 6 cited

Spectral correlations in systems undergoing a transition from periodicity to disorder

T. Dittrich, B. Mehlig, H. Schanz +3

We study the spectral statistics for extended yet finite quasi 1-d systems which undergo a transition from periodicity to disorder. In particular we compute the spectral two-point…

chao-dyn1997★ 17 cited

Universal spectral properties of spatially periodic quantum systems with chaotic classical dynamics

T. Dittrich, B. Mehlig, H. Schanz +1

We consider a quasi one-dimensional chain of N chaotic scattering elements with periodic boundary conditions. The classical dynamics of this system is dominated by diffusion. The q…

chao-dyn1997★ 20 cited

Signature of Chaotic Diffusion in Band Spectra

T. Dittrich, B. Mehlig, H. Schanz +1

We investigate the two-point correlations in the band spectra of spatially periodic systems that exhibit chaotic diffusion in the classical limit. By including level pairs pertaini…

chem-ph1995★ 20 cited

Excitonic - vibronic coupled dimers: A dynamic approach

Bernd Esser, Holger Schanz

The dynamical properties of exciton transfer coupled to polarization vibrations in a two site system are investigated in detail. A fixed point analysis of the full system of Bloch…

chem-ph1995★ 5 cited

Nonlinearity and trapping in excitation transfer: Dimers and Trimers.

Ivan Barvik, Bernd Esser, Holger Schanz

We study the interplay between nonlinearity in exciton transport and trapping due to a sink site for the dimer and the trimer with chain configuration by a numerical integration of…

chao-dyn1995★ 35 cited

Quantization of Sinai's Billiard - A Scattering Approach

Holger Schanz, Uzy Smilansky

We obtained the spectrum of the Sinai billiard as the zeroes of a secular equation, which is based on the scattering matrix of a related scattering problem. We show that this quant…