Some Applets are for simple visualization while others are almost at the level of a software tool for problem solutions. The Schrödinger Equation Solver Applet falls into this latter category. It was developed in this form for submission to the CIP Educational Software Contest in 1999, where it received some small accolade.

Further notes accompany each of the applets along with certain caveats associated with their use. These have evolved over time and do not all reflect current browser and Java technology. All future programming plans will employ Java 2^(TM) and so will most closely resemble the Thin Wire Scattering applet.

• Thin Wire Scattering Applet
  An applet for calculating electromagnetic scattering from a thin cylinder.
• Conformal Mapping Applet
  An applet for displaying conformal maps of 2-D fields and potentials.
• Schrödinger Equation Solver Applet
  An Applet for solving the Schrödinger equation in one dimension
• Relaxation convergence Applet
  An Applet illustrating the convergence of simple relaxation to solve a 2D Laplace problem.
• Yagi Antenna Modeling Applet
  Angular distribution of radiation and gain from Yagi antenna configurations
• Diatomic chain phonons
  Atomic motion for acoustic and optical phonons in a 1-D chain.
• Kronig-Penney Model Applet
  Energy levels and wave functions for an electron in a periodic 1-D square well potential.
• Transmission Line Equation Applet
  Properties and electromagnetic losses in common transmission lines.