Trace rays through lenses and mirrors, generate interference patterns, and analyze spectra with interactive optical bench simulations.
Enter the LabStudy reflection, refraction, Snell's law, total internal reflection, mirrors, lenses, and image formation with interactive ray diagrams.
Explore Young's double slit, single slit diffraction, thin film interference, and polarization with animated wave simulations.
Investigate the electromagnetic spectrum, photon energy, photoelectric effect, laser operation, and fiber optic communication principles.
Place mirrors, lenses, and prisms on an optical bench and trace light rays to find images and focal points.
Decompose white light into its spectrum, identify emission lines, and calculate photon energies.
Adjust slit width and separation to observe how diffraction and interference patterns change.
Understand magnification, resolution, and numerical aperture through virtual microscope experiments.
Dragging lenses on the optical bench and watching the image move made optics intuitive.Dr. Wong, Physics Dept.
The interference simulation finally made wave optics make sense after weeks of confusion.Grace H., Grade 12