Optics java animations: overview  |
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Flash
Animations for Photonics Snells Law, Polarization, Interference, Single
Lens, Multiple Lenses |
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Geometrical optics
the fundamental nature of geometrical optics, prism, lens and mirror, and
handcraft on light, line spectra, atomic spectra, emission mechanisms of
continuum and lines, redshift and broadening of lines, and other properties of
spectra |
| Java optik java-applets zur geometrischen optik |
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Javaoptics Course Ray tracing, Eye model (beta) Light dispersion, Optical
fibers, Light polarization and Fresnel laws, Anisotropic mediums, Young's
experiment, Multiple beam interference, Fabry-Perot interferometer, Michelson
interferometer, Fresnel and Fraunhofer diffraction, Fourier Optics, Photometry
Colorimetry |
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Light |
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Light what
is light |
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Light
what is light, photons, a tip |
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Light what is light, swf
file |
| Light and
color java tutorials bi-concave lenses, bi-convex lenses, plano convex
lenses, plano concave lenses, positive meniscus lenses, negative meniscus lenses,
the variable lens, lens shape: effect on lens action flash tutorial |
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Optica java aplets omvat alles, een tip, in Dutch |
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Optic animations
Experiment on Fizor, an explanation of the real image that the convex lens
makes, an explanation of the virtual image that the concave lens makes, an
explanation of seeming that the thing expands by the insect glasses, an
explanation of the virtual image that the concave mirror makes, an explanation
of the real image that the concave mirror makes, an explanation of the virtual
image that the convex mirror makes, Decentralization of light with prism,
explains the optical path difference in the interference with light by Dablsrit,
explains the optical path difference in the interference with light by the
diffraction grating, explains the optical path difference in the interference
with light with the thin film |
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Optic animations
Fresnel formulas, reflection and refraction of the
light beam on the boundary surface between two substances , Dispersion of the
light on the glass prism, Fraunhofer diffraction, photothermal excitation of microresonator by modulated optical
radiation from the glass fiber, theory of color vision of Young and Helmholtz,
Polarization of the light, fiber optic interferometer, ruby
laser, distortion of the image in a positive lens |
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Optics
java applets allows users to simulate standard optic elements (lens,
mirror, dielectrics, sources, apertures) and observe the ways that light rays
propagate through these elements |
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Optics
java applets Snell's law, refraction, multiple reflections, underwater light,
transverse & longitudinal waves, Huygens' principle, Fermat, EM wave, prism deviation,
prism dispersion, Planck's radiation law, solar spectrum, hydrogen wavefunctions,
He/Ne laser, polarising filter, LCD, laptop pixel, interference, wave addition |
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Optique physique Interférences à deux ondes, Interférences à N ondes,
Diffraction, Interféromètre de Michelson, en Français |
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Optique géométrique en Français |
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Optique géométrique Atelier d'optique, en Français |
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Visual quantum mechanics |
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Optics java applets and animations |
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2-slit pattern what happens when we shine laser light through two slits and
onto a wall |
| Birefringent
crystals in polarized light this interactive tutorial explores how
birefringent anisotropic crystals interact with polarized light in an optical
microscope |
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Blackbody
radiation exercises |
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Bragg's Law and Diffraction
simulates the interference between two waves scattered by atoms located on two
parallel layers. It is an interactive version of the graph that is used in many
textbooks to explain Bragg's law |
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Brewster's angle polarization by reflection |
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Calculator display |
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Diffraction of Light by a
Single Slit |
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Diffraction
of light diffraction through a slit |
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Diffraction par une fente |
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Diffraction par un trou en Français |
| Double
refraction
calcite is a form of calcium carbonate, commonly referred to as
Iceland spar, which has a rhombohedral crystalline shape |
| Double
slit interference |
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Double
slit interference using lasers Double slit interference using lasers |
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Effets de moirés en Français |
| Fermat principle the path of a ray of light between two points is the path that
minimizes the travel time, see also Find the fastest path |
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Fermat
principle |
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Fermat principle
the program show all possible paths for light emitted from the point source,
reach the air/water interface then all heading towards blue/green dot. The real
path which arrive at either blue or green dot, is the path that has the smallest
traveling time |
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Fish-eye view
When light propagates from one medium into another, its speed changes, which
causes the light to reflect and refract at the boundary |
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Gamma
correction of your monitor applet |
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Gamma
correction of your monitor applet |
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Hémicylindre en Français |
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Intensity
variation for reflected/refracted light This applet calculate the intensity
variation for two different polarized light (p-wave/s-wave) |
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Interference |
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Interference of Light Interference of Light |
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Interference of Light at a Double Slit |
| Jablonski
diagram this tutorial explores how electrons in fluorophores are excited
from the ground state into higher electronic energy states and the events that
occur as these excited molecules emit photons and fall back into lower energy
states. Fluorescence activity can be schematically described with the
classical Jablonski diagram, first proposed by Professor Alexander Jablonski
in 1935 to describe absorption and emission of light |
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Laptop pixel |
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LED constructor |
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Lichtbreking
door een prisma in Dutch |
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Light
dispersion by a prism Light dispersion
by a prism |
| Light dispersion through a glass slab
this applet shows a glass slab and two beams of light, the beam on the left of
the slab is white and the beam on the right is the broken up version of the
first beam into the seven colors of the rainbow |
| Light
dispersion through a glass prizm this applet displays a prizm and two
light beams, the beam on the left is white, and the beam on the right is the
white beam broken into the seven rainbow colors |
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Light scattering |
| Making X-rays |
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Malus' law Another way to polarize light is by selectively absorbing light
with electric field vectors pointing in a particular direction |
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Marche d'un rayon dans une lentille convergente en Français |
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Measurement of Wavelength In this experiment, you will measure the
wavelengths of red, yellow, green and blue light |
| Mixing
light beams and paint pigments |
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Moirés en
Français |
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Moiré pattern
swf file |
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Moiré pattern
Moiré pattern demonstration |
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Moiré pattern
Moiré pattern applet |
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Moiré pattern
Moiré pattern applet |
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Moiré
pattern generator Moiré pattern generator |
| Moiré
patterns
Moiré fringes are an interference pattern that is formed when
two similar grids overlap each other. The result is a series of fringe
patterns that change shape when as the grids are translated |
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Molecular view |
| Optical
interference when the waves are propagating in the same direction and
overlap, the amplitude, wavelength and phase angle produce either an addition
or subtraction of amplitude in the resultant wave |
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Pentaprism This diagram shows the path lights takes in going through a penta
prism |
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Photoelectric effect |
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PHOTON EMISSION AND ATOMIC
ENERGY LEVELS
Photons are emitted when an electron in some atom moves from a
higher energy state to a lower energy state. The photon has a wavelength which
is exactly equal to the energy difference between the two states, ... |
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Planck law
radiation distributions plots up to 10 Planck radiation law curves for
arbitrary temperatures in the range 3000-30,000 K, with the temperature for each
case selected by the user with the slidebar at the bottom |
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Planck law Planck, émission, lumière, en Français |
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Polarisatie van elektromagnetische golven
polarisatie van elektromagnetische golven, in Dutch |
| Practical holography |
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Principe de Fermat (1601-1665) en Français |
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Prism Applet Refraction and Dispersion |
| Réfraction en Français |
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Réfraction et hémicylindre en Français |
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Réfraction et hémicylindre en Français |
| Refraction
Introducing the concept of refraction of light when it crosses a boundary
separating two transparent media |
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Refraction and total internal reflection Refraction and total internal
reflection |
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Refraction
of light |
| Refraction
of light refraction of light demonstration applet |
| Refraction
of light investigate the properties of light as it crosses from glass to
air |
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Refraction
of light
the refracted wave will change with respect to both the angle of
refraction and wave velocity to simulate properties of the new medium |
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Refraction
of light
a ray of light is incidenting from top left to the boundary
surface of two media. (It is possible to choose the substances in the both
lists), you can vary the incidenting ray of light with pressed mouse button |
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Refraction through a Prism |
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Reflection and refraction |
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Reflection and
refraction of waves shows the physics behind a beam of light impinging at
some angle on the smooth/rough surface. (reflection/ total internal
reflection/diffuse reflection and refraction) |
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Resolution and Color
Depth activity |
| Shadow,
image and color this java applet let you play with shadow and image |
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Snell's Law Applet This simulation can help you see what happens to a light
beam when it goes from one medium into another. The light beam is refracted
according to Snell's Equation |
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Snell's Law
Snell's Law |
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Snell's Law
Snell's Law |
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Snell's Law
Snell's Law |
| Single
slit diffraction this applet shows the simplest case of diffraction, i.e., single slit diffraction |
| Speed
of light what is the Speed of light |
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Spherical Aberration. Demonstration of spherical aberration that occurs with a
real mirror |
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Stroboscope en Français |
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Stroboscope
animation |
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Television pixel
scanning |
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Television
tube how a Television tube works |
| The
world above the water surface, as seen by a fish when light propagates
from one medium into another, its speed changes, which causes the light to
reflect and refract at the boundary |
| Total
internal reflection the rays from the source reach the surface of the
water and continue through the air at a refracted angle, some rays are also
reflected back into the water |
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Wave optics the result of adding two waves of the same frequency depends on
the value of the phase of the wave at the point in which the waves are added,
Young's double slit interference |
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Young's Double Slit Interference In the double slit experiment, a single
source is split in two, to generate two coherent sources. When the light from
the two sources is projected on a screen, an interference pattern is observed |
| Young's double slit experiment |
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Last updated on:
2011-01-02
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