In the last decade, non-linear dynamical transport in semiconductor superlattices (SLs) has
witnessed significant progress in theoretical descriptions as well as in experimentally …

Nonlinear transport phenomena are an increasingly important aspect of modern
semiconductor research. This volume deals with complex nonlinear dynamics, pattern …

A semiconductor superlattice represents an ideal one-dimensional nonlinear dynamical
system with a large number of degrees of freedom. The effective nonlinear coupling …

An all-electronic physical random number generator at rates up to 80 Gbit/s is presented,
based on weakly coupled GaAs/Ga 0.55 Al 0.45 As superlattices operated at room …

Tunable oscillatory modes of electric-field domains in doped semiconductor superlattices
are reported. The experimental investigations demonstrate the realization of tunable, GHz …

Self-sustained time-dependent current oscillations under dc voltage bias have been
observed in recent experiments on n-doped semiconductor superlattices with sequential …

Spontaneous self-sustained chaotic current oscillations are observed experimentally in
lightly-doped weakly-coupled GaAs/Al 0.45 Ga 0.55 As superlattices at room temperature for …

We investigate the influence of imperfections in the sample growth on the electrical transport
in doped superlattices. While structurally perfect samples should exhibit a regular set of …

Physical systems exhibiting fast spontaneous chaotic oscillations are used to generate high-
quality true random sequences in random number generators. The concept of using fast …

Random numbers play a vital role in communications and cryptography. However, most
existing true random number generators have difficulty in satisfying the requirements of high …