Using two coupled quartic oscillators for illustration, the quantum mechanics of simple
systems whose classical analogs have varying degrees of non-integrability is investigated …

Dissipative chaotic systems have been widely used in digital image encryption schemes in
the past 20 years. However, compared to conservative chaotic systems, the dissipative …

Written by two of the world's leading researchers in the field, this is a systematic introduction
to the fundamental principles of coherent control, and to the underlying physics and …

We review the principles and some recent advances in the theory of coherent control of
molecular processes and discuss some of its experimental realizations. Amongst the topics …

We present an analysis of the properties as well as the diverse applications and extensions
of the method of stabilisation transformation. This method was originally invented to detect …

A semiclassical initial value technique for wave function propagation described by Herman
and Kluk [Chem. Phys. 91, 27 (1984)] is tested for systems with two degrees of freedom. It is …

Four sub-Euler equations for four sub-rigid bodies are generalized by extending the
dimension of the state space from 3D to 4D. Six integrated 4D Euler equations are proposed …

We study the role of periodic trajectories and other classical structures on single
eigenfunctions of the quantized version of the baker's transformation. Due to the simplicity of …

The aim of these lectures is to present a résumé of some of the main ideas, assumptions and
results of the Wigner-Dyson type random matrix theories (RMT) which are relevant in the …

In this paper, the important role of 3D Euler equation playing in forced-dissipative chaotic
systems is reviewed. In mathematics, rigid-body dynamics, the structure of symplectic …