We begin with a brief overview of canonical perturbation theory and an efficient technique,
so‐called algebraic quantization, for applying this method to a regional Hamiltonian about …

We present a new method of frequency analysis for Hamiltonian Systems of 3 degrees of
freedom and more. The method is based on the concept of instantaneous frequency …

We explore here the feasibility of using the recently introduced Lagrangian descriptors [AM
Mancho, Commun. Nonlinear Sci. Numer. Simul. 18, 3530 (2013) 1007-5704 10.1016/j …

Intramolecular dynamics of highly excited DCO (2A′) is studied from a classical-quantum
correspondence perspective using the effective spectroscopic Hamiltonian proposed …

Lagrangian descriptors introduced a decade ago have revealed as a powerful tool to unveil
the intricacies of the phase space of dynamical systems in a very easy way. They have been …

Maslov indices are an essential ingredient in the semiclassical approaches to quantum
mechanics, as they are also related to the conjugate points of the corresponding trajectory …

This is a study, certainly not the first one, about the phenomenon of intramolecular
vibrational energy redistribution (IVR)—its mechanism and impact on the reaction rate …

We recently developed a new method to extract a many-body phase-space dividing surface,
across which the transmission coefficient for the classical reaction path is unity. The example …

The dynamical characteristics of a region of regular vibrational motion in the sea of chaos
above the saddle point corresponding to the linear C–N–K configuration is examined in …

In this paper, an analysis of the phase space structure of the isomerizing molecular system
LiNC/LiCN, using Poincaré surfaces of section and frequency analysis, is presented. The …