|
Optics: general overview related topics:
Fiber optic communications,
Illumination (part of
electronics) |
| Fundamentals
of optics is it a wave? A particle? Why is the sky blue? How does a laser
work? |
| Light and color
a tip |
|
Light and color
ppt file |
| Light and
color2 visible light starting with an introduction to electromagnetic radiation and continuing through to human vision and the perception of color, microscopy, photomicrography, magnets, optics, visible light, color, photography, Java, light, frequency, wavelength, electromagnetic radiation, light sources, tungsten, lasers, sunlight, reflection, refraction, specular, diffraction, polarization, interference, birefringence, color temperature, light filtration, lenses,
human vision |
| Light
and optics |
|
Light
and matter vibrations, resonance, free waves, bounded waves, online
book in pdf format, 2 Megabyte |
| Light guides
communications, photonics, optical fiber, optical fibre, fiber optics, fibre
optics, network, photonic devices |
| Lumière en
Français |
|
Modern Optics
Electromagnetic waves, photons, diffraction and interference, the laws of
reflection and refraction, mirrors and thin lenses, Ray Optics, Optical
Instruments, Radiometry and photometry, thermal sources, line sources, LEDs,
quantum detectors, thermal detectors, Interference and Diffraction, Image
Processing, Lasers, Light amplification, resonators, various laser systems,
Polarization and Electromagnetic Effects, Fiber Optics, Optical wave guides,
modes, fibers, couplers, fiber measurements, Optical integrated circuits,
optical devices |
|
Optics Light Waves and Physical Optics, Physics of waves and wave motion,
The mathematics of sinusoidal waveforms, Interaction of Light Waves, The
principal of superposition, Huygen's wavelets, Interference, Constructive and
destructive interference, Young's double-slit, interference experiment, Thin
film interference, Diffraction, Diffraction by a single slit, Fraunhofer and
Fresnel diffraction, Diffraction grating, Diffraction-limited optics,
Polarization, Polarization—a simple analogy, Polarization of light waves, Law of
Malus, Polarization by reflection and Brewster's angle, Brewster windows in a
laser cavity |
|
Optics for kids
light is a kind of energy called "electromagnetic
(EM) radiation" (but this kind of radiation is not harmful, except for an
occasional sunburn). There are other kinds of EM radiation too (radio waves,
microwaves, x-rays, etc.), but light is the part we can see |
|
Optique géométrique en
Français |
|
Photonics Education Tools devoted to the development of a comprehensive set
of education tools for photonics |
| Properties of
light reflection, refraction, dispersion, and refractive indices |
|
Properties of light wave properties, electromagnetic spectrum, refraction and diffraction, dispersion in wavelength,
intensity: the inverse square law, Doppler effect |
| The joy of
visual perception Fun Things In Vision, Master Diagram of the Eye, Visual
Acuity, Visual Sensitivity, Color/Color Vision, Measuring Spectral Sensitivity,
Distance Perception, Size Perception, Shape Constancy, Spatial Frequency
Adaptation, Adapting to Darkness and Lightness, Motion Perception, Physics of
the Visual Stimulus, Fourier analysis; basics |
| Visual
Perception Master Diagram of the Eye, Visual Acuity, Visual Sensitivity,
Color/Color Vision, Measuring Spectral Sensitivity, Distance Perception, Size
Perception, Shape Constancy, Spatial Frequency Adaptation, Adapting to Darkness
and Lightness, Motion Perception, Physics of the Visual Stimulus, Fourier
analysis; basics, Point & line spread functions |
|
Horizontaal |
Optics
- topics  |
|
Absorption and Emission of Light |
|
Atomic Absorption and Emission Spectra
Atomic Absorption and Emission Spectra |
|
Atomic spectra
How light is made from the ordered motion of electrons in atoms and molecules |
| Atmospheric optics
Atmospheric optics, meteorological optics, rays, shadows, crepuscular, anticrepuscular, rainbows, supernumerary, corona, fogbows, diffraction,
heiligenschein, brocken, ice, halos, water droplets, raindrops, aurorae, nacreous, noctilucent, optics, parhelia, ice crystals |
| Basic
optical effects describes some of the monochromatic optical aberrations
that can affect the images from microscopes, this is a part of Basic
microscopes the basic types of microscope optical systems and how they magnify an image |
| Calculation of
Planck's constant calculation of Planck's constant |
|
Diffraction diffraction, Superposition Principle, Huygen’s Principle, the
wave nature of light, pdf file |
|
Diffraction
Diffraction explained, what is Diffraction, Why Diffraction Occurs, Types of
Diffraction, Fraunhofer diffraction, Fresnel diffraction, Intensity for
Diffraction, |
|
Diffraction en Français |
|
Diffraction
and interference The double slit, Interference, Huygen's principle, Single
slit diffraction |
|
Diffraction, refraction, and reflection |
|
Electromagnetic
radiation wavelength, frequency, spectrum, temperature, and Kelvin
temperature scale |
| Elektromagnetisch spectrum
in Dutch |
| Fiber
guide fiber optic cables, optical transmitters, optical receivers |
|
Fiber Optical System
Simulation |
| Fiber optic tutorial |
| Fibre optique en
Français |
|
Fluorescence excitation and emission fundamentals |
| Fluorescence
microscopy microscopy, photomicrography, fluorescence, barrier filters, excitation, emission, fluorescence photomicrography, chromophores, epi-fluorescence, dyes, microscopy tutorial, specialized microscopy techniques, photography,
Java |
| Grand illusions
grand illusions takes an enquiring approach to optical illusions and scientific toys, and the principles that lie behind them. From the psychology of seeing to the mysteries of magic
mirrors |
| Holografie |
|
Holografie pdf file |
|
Holografie
pdf file |
|
Interaction of
Light with Matter |
|
Interference what is Interference, Interference explained, Phase Differences
and Path Differences, Intensity for Phase Difference Superposition, Young's
Experiment, Interference due to Differing Distances |
|
Interference |
| Light and
waves doc file |
| Light is
energy, capable of being transformed and ... pdf file |
| Lighting terminology the unit of luminous intensity I is the candela (cd) also known as the international candle. The intensity of a light source is commonly
referred to as its candlepower |
| Light measurement terms the unit of luminous intensity. One candela is defined as the luminous intensity of 1/600,000 square meter of projected area of a
blackbody radiator operating at the temperature of solidification of platinum under pressure of 101,325 Newtons per square meter, photometry |
|
Light measurement handbook electromagnetic wave theory, ultraviolet light, visible light, infrared light,
power of light, light sources, measurement, detectors, filters, radiometer, flux, irradiance and illuminance, radiance and luminance, intensity,
Pdf file |
|
Light
refraction - Snell's law refraction is the bending of light that takes place at a boundary between two materials having different indices
of refraction. Refraction is due to a change in the speed of light as it passes from one medium to another |
|
Lighting info site hints and lighting related info |
| Origin of light |
|
Photoelectric effect |
|
Photoelectric
effect quantum of energy for a photon, Planck's constant |
| Photoelectric
effect photoelectric effect, pdf file |
|
Planck's constant |
|
Polarization and The Human Eye
Polarization and The Human Eye |
|
Propagation of Light Propagation of Light explained |
| Quantum
properties of light |
|
Refraction of light |
|
Reflection and
refraction of light |
|
Reflection and refraction tutorial Reflection and refraction of light |
|
Réfraction et hémicylindre en
Français |
|
Refraction
and Fiber Optics |
| Sighting the
first sense: seeing is believing the goal of this site is to provide a breadth of continually growing information related to sight within a simple,
fun, and interactive environment |
| Single
slit diffraction illustrates single slit diffraction |
|
Speed of
light describes how the speed of light was measured |
|
Speed of
light what is the Speed of light, 299,792,458 metres per second (or
1,079,252,848.8 km/h) |
| Vision
excellent information relating to vision and the anatomy of the human eye,
a tip |
|
Water and light in
underwater photography |
|
Wave optics |
| Wave properties of
light |
|
|
|
|
Home
|
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|
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Last updated on:
2011-01-02
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