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 …

Typical eigenstates of quantum systems, whose classical limit is chaotic, are well
approximated as random states. Corresponding eigenvalue spectra are modeled through an …

In this paper, we apply Lagrangian descriptors to study the invariant manifolds that emerge
from the top of two barriers existing in the LiCN⇌ LiNC isomerization reaction. We …

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 …

An alternative method for the calculation of excited chaotic eigenfunctions in arbitrary energy
windows is presented. We demonstrate the feasibility of using wave functions localized on …

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 …

Recent experiments have shown that self-propelled millimetric walking droplets bouncing on
a vibrating liquid surface exhibit phenomena, such as interference or tunneling, that so far …

In this work, we identify the phase-space structures which are responsible for the chaotic
dynamics observed in KCN molecular system using the Lagrangian descriptors. We show …

In this paper, we extend a method recently reported [F. Revuelta et al., Phys. Rev. E 87,
042921 (2013)] for the calculation of the eigenstates of classically highly chaotic systems to …

The correlation diagrams of vibrational energy levels considering the Planck constant as a
variable parameter have proven as a very useful tool to study vibrational molecular states …