Two recently published Springer books have featured our visual simulation software, indicating perhaps that their broader impacts beyond their originally intended audiences (earlier I have blogged about the publication of the first scientific paper that used Energy2D to simulate geological problems).
A German book "Faszinierende Physik" (Fantastic Physics) includes a series of screenshots from a 2D quantum tunneling simulation from our Quantum Workbench software that shows how wave functions split when they smash into a barrier. The lead author of the book said in the email to us that he found the images generated by the Quantum Workbench "particularly beautiful."
Another book "Simulation and Learning: A Model-Centered Approach" chose our Energy2D software as a showcase that demonstrates how powerful scientific simulations can convey complex science and engineering ideas.
Quantum Workbench and Energy2D are based on solving extremely complex partial differential equations that govern the quantum world and the macroscopic world, respectively. Despite the complexity in the math and computation, both software present intuitive visualizations and support real-time interactions so that anyone can mess around with them and discover rich scientific phenomena on the computer.