We study in detail the trajectories, ordered and chaotic, of two entangled Bohmian qubits
when their initial preparation satisfies (or not) Born's rule for various amounts of quantum …

We study the Bohmian trajectories of a generic entangled two-qubit system, composed of
coherent states of two harmonic oscillators with noncommensurable frequencies and focus …

We study in detail the interplay between chaos and entanglement in the Bohmian
trajectories of three entangled qubits, made of coherent states of the quantum harmonic …

We study the Bohmian trajectories of a 4-qubit system made of coherent states of the
quantum harmonic oscillator. We find, as in the 2-qubit and 3-qubit cases, that all the chaotic …

In the present paper we study the Bohmian dynamics of a partially integrable 3d Bohmian
system whose trajectories evolve on spherical surfaces. By use of spherical coordinates (R …

In the present work we study the critical points of the Bohmian quantum flow, namely the
nodal point and its associated X-point, which are responsible for the generation of chaos in …

The quantum molecular trajectory is the deterministic trajectory, arising from the Bohm
theory, that describes the instantaneous positions of the nuclei of molecules by assuring the …

Molecular systems are quantum systems, but the complete characterization of molecular
motions within a fully quantum framework might appear to be an unfeasible task because it …