Quantum phase analysis with quantum trajectories: A step towards the creation of a Bohmian thinking

TL;DR

This paper discusses Bohmian mechanics and emphasizes the significance of quantum phase in quantum dynamics, highlighting phenomena like coherence, diffraction, and interference relevant to both foundational and applied quantum research.

Contribution

It provides a pedagogical analysis linking quantum phase to Bohmian mechanics and explores its implications for understanding quantum phenomena.

Findings

Quantum phase is crucial in quantum coherence, diffraction, and interference.

Bohmian mechanics offers insights into quantum process dynamics.

The discussion enhances understanding of fundamental quantum phenomena.

Abstract

We introduce a pedagogical discussion on Bohmian mechanics and its physical implications in connection with the important role played by the quantum phase in the dynamics of quantum processes. In particular, we focus on phenomena such as quantum coherence, diffraction, and interference, due to their historical relevance in the development of the quantum theory and their key role in a myriad of fundamental and applied problems of current interest.