16 citations · 42 across the 6 of their papers we have counts for
6 papers
Vibrational, non-adiabatic and isotopic effects in the dynamics of the H + H H + H reaction: application to plasma modeling
P. del Mazo-Sevillano, D. Félix-González, A. Aguado +3
The title reaction is studied using a quasi-classical trajectory method for collision energies between 0.1 meV and 10 eV, considering the vibrational excitation of H reactant…
Vibrational effects in the quantum dynamics of the H + D_2^+ charge transfer reaction
O. Roncero, V. Andrianarijaona, A. Aguado +1
The H + D_2^+(v=0,1 and 2) charge transfer reaction is studied using an accurate wave packet method, using recently proposed coupled diabatic potential energy surfaces. The state-t…
Near-resonant effects in the quantum dynamics of the H+H H+ H charge transfer reaction and isotopic variants
Cristina Sanz-Sanz, Alfredo Aguado, Octavio Roncero
The non-adiabatic quantum dynamics of the H+H H+ H charge transfer reactions, and some isotopic variants, is studied with an accurate wave packet method…
Depolarizing collisions with hydrogen: neutral and singly ionized alkaline earths
Rafael Manso Sainz, Octavio Roncero, Cristina Sanz-Sanz +3
Depolarizing collisions are elastic or quasielastic collisions that equalize the populations and destroy the coherence between the magnetic sublevels of atomic levels. In astrophys…
Quantum Zeno effect: Quantum shuffling and Markovianity
A. S. Sanz, C. Sanz-Sanz, T. Gonzalez-Lezana +2
The behavior displayed by a quantum system when it is perturbed by a series of von Neumann measurements along time is analyzed. Because of the similarity between this general proce…
Quantum Zeno-based control mechanism for molecular fragmentation
C. Sanz-Sanz, A. S. Sanz, T. Gonzalez-Lezana +2
A quantum control mechanism is proposed for molecular fragmentation processes within a scenario grounded on the quantum Zeno effect. In particular, we focus on the van der Waals Ne…