A dynamical Interpretation of Sequential Decay in Reactive Scattering
Francisco Gonzalez Montoya, Christof Jung, Thomas H. Seligman
TL;DR
This paper provides a dynamical explanation for sequential decay in reactive scattering, focusing on trajectory behavior near basin boundaries using a simplified three-particle Calogero-Moser model.
Contribution
It introduces a dynamical interpretation of sequential decay phenomena in reactive scattering, emphasizing the role of basin boundary trajectories.
Findings
Trajectories near basin boundaries influence decay sequences.
A simplified Calogero-Moser system demonstrates the concept.
Dynamical behavior explains observed decay patterns.
Abstract
The topic of this article is a dynamical explanation of the sequential decay in rearrangement scattering. The essential observation is the behaviour of trajectories close to the basin boundary of the breakup channel. As a most simplistic example of demonstration, we use a version of the perturbed three particle Calogero-Moser system in a 1-dimensional position space.
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Taxonomy
TopicsQuantum chaos and dynamical systems · Algebraic structures and combinatorial models · Nonlinear Waves and Solitons