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Visualization of quantum phenomena

David Austen, Wytze Brouwer, Bailey Martin

Published Jan 1, 2007• 0 citations
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In this paper we discuss several ways to visualize stationary and non-stationary quantum mechanical systems. We demonstrate an approach for the quantitative interpretation of probability density isovalues which yields a reasonable correlation between isosurfaces for different timesteps. As an intuitive quantity for visualizing the momentum of a quantum system we pro-pose the probability flow density, which can be treated by vector field visu-alization techniques. Finally, we discuss the visualization of non-stationary systems by a sequence of single timestep images. 1
While in the process of studying hydrogen atom wave function in quantum mechanics course,some frequently-asked questions about the radial probability distribution,tree-dimensional angular distribution,and movement trace are raised by beginners.The visualized interpretations for those questions are made by the three dimension model set up in computer,which can not only help students to establish the correct quantum images about the movement of the particles,but also provide a reference for visualization about other quantum phenomena.