Wolfram Demonstrations Project
Optics
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Demonstrations 1 - 20 of 255
Propagation of Gaussian and Non-Gaussian Laser Beams through Thin LensesPlots of Zernike PolynomialsWavefront Maps and Profiles of Seidel AberrationsPoint Spread and Modulation Transfer Functions for Seidel AberrationsPoint Spread and Modulation Transfer Functions of Zernike Wavefronts
Propagation of Gaussian and Non-Gaussian Laser Beams through Thin Lenses
Plots of Zernike Polynomials
Wavefront Maps and Profiles of Seidel Aberrations
Point Spread and Modulation Transfer Functions for Seidel Aberrations
Point Spread and Modulation Transfer Functions of Zernike Wavefronts
Interference Patterns from Two Point Sources Projected on PlanesWine Glass LensingLaser Beam through Two Points by Turning Two MirrorsReflection and Transmission Coefficients of an Optical CavityReflectivity and Induced Polarization by Mirrors
Interference Patterns from Two Point Sources Projected on Planes
Wine Glass Lensing
Laser Beam through Two Points by Turning Two Mirrors
Reflection and Transmission Coefficients of an Optical Cavity
Reflectivity and Induced Polarization by Mirrors
Optical Filter with Sinusoidally Varying Permittivity Using Mathieu's EquationInstrumental Polarization of a Beam ScannerLighthousesSpectral Properties of 1D Fibonacci QuasicrystalsConstant Angle of Incidence Contours for an Air-SiO2-Si System
Optical Filter with Sinusoidally Varying Permittivity Using Mathieu's Equation
Instrumental Polarization of a Beam Scanner
Lighthouses
Spectral Properties of 1D Fibonacci Quasicrystals
Constant Angle of Incidence Contours for an Air-SiO2-Si System
Diffraction Grating IntensitiesGene Expression and Eye ColorHartl Optical DisksMaximizing Apparent Velocity in a Camera's FrameProjecting a Polyhedron onto a Plane through Two Holes
Diffraction Grating Intensities
Gene Expression and Eye Color
Hartl Optical Disks
Maximizing Apparent Velocity in a Camera's Frame
Projecting a Polyhedron onto a Plane through Two Holes

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