Discover Quantum Mechanics Through Experimental Simulations. Adjust experimental parameters, visualize physical phenomena, investigate mathematical relationships, and develop an intuitive understanding of how the quantum world works.
Interactive Quantum Mechanics
Explore light waves by changing intensity and frequency. Compare red, green, and blue light, investigate amplitude and wavelength, and discover how photon energy depends on frequency.
Investigate how light ejects electrons from a metal surface. Adjust work function, and other parameters to explore threshold frequency, electron kinetic energy, stopping potential, and Planck's constant.
Investigate wave interference and quantum behavior. Open or close slits, send particles one at a time, observe the formation of interference patterns, and examine the effect of which-path measurement.
Discover energy quantization by changing the box width, particle mass, and quantum number. Visualize wavefunctions, probability densities, nodes, and the allowed energy levels.