Welcome! This project offers a growing collection of interactive visualizations to explore the principles of wave mechanics and interference. It is designed to support teaching, self-study, and experimentation through intuitive and engaging simulations.
An animated visualization showing how the phase of a traveling wave depends on both position and time. Includes a circular motion analogy to illustrate how different points along the wave oscillate with varying phases.
An interactive simulation of the classic double-slit experiment. Modify parameters such as wall distance, slit separation, wave amplitude, and frequency, and observe how the interference pattern evolves in real-time.
An interactive visualization demonstrating wave interference from two coherent sources. Adjust parameters like wavelength, source distance, phase shift, and amplitude ratio to explore how they affect the resulting wave patterns.