Demonstrations in physical optics (M-I-T)

Coherence Length and Source Spectrum (M-I-T)

Curved Mirror Cavity — Radial Modes (M-I-T)

Destructive Interference — Where does the Light go? (M-I-T)

Fraunhofer Diffraction — Adjustable Slit (M-I-T)

Fraunhofer Diffraction — Circular Apertures (M-I-T)

Fraunhofer Diffraction — Crossed Multiple Slits (M-I-T)

Fraunhofer Diffraction — Multiple Slits (M-I-T)

Fraunhofer Diffraction — Rectangular Aperture (M-I-T)

Fraunhofer Diffraction — Thin Wires (M-I-T)

Fraunhofer Diffraction — Two Slits (M-I-T)

Fresnel Diffraction — Adjustable Slit (M-I-T)

Fresnel Diffraction — Circular Apertures (M-I-T)

Fringe Contrast — Intensity Ratio (M-I-T)

Fringe Contrast — Path Difference (M-I-T)

Fringe Contrast — Polarization Difference (M-I-T)

Polarization in a Single Mode Fiber (M-I-T)

Fringe Contrast — Vibrations (M-I-T)

Polarization rotation using polarizers (M-I-T)

Half-wave Plate (M-I-T)

Quarter-wave Plate (M-I-T)

Reflection at The Air-glass Boundary (M-I-T)

Linear polarizer (M-I-T)

Reflection at The Glass-air Boundary (M-I-T)

Multi-mode Fiber (M-I-T)

Scattered Light in a Dielectric (M-I-T)