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Optical phenomenon

Optical phenomena are any observable events that result from the interaction of light and matter.

Scope
Optical phenomena encompass a broad range of events, including those caused by atmospheric optical properties, other natural occurrences, man-made effects, and interactions involving human vision (entoptic phenomena). Also listed here are unexplained phenomena that could have an optical explanation and "optical illusions" for which optical explanations have been excluded. There are multiple phenomena that result from either the particle or the wave nature of light. Some are quite subtle and observable only by precise measurement using scientific instruments. A famous example is the bending of starlight by the Sun during a solar eclipse, a phenomenon that serves as evidence for the curvature of space as predicted by the theory of relativity. ==Atmospheric optics==
Atmospheric optics
==Non-atmospheric optical phenomena==
Non-atmospheric optical phenomena
appears above the solar disc for a second or so. One such occurrence was taken from Cerro Paranal. • DichromatismGegenscheinIridescenceOpposition effectShadowShadeSilhouetteSylvanshineZodiacal light Other optical effectsAsterism, star gems such as star sapphire or star rubyAura, a phenomenon in which gas or dust surrounding an object luminesces or reflects light from the object • Aventurescence, also called the Schiller effect, spangled gems such as aventurine quartz and sunstoneBaily's beads, grains of sunlight visible in total solar eclipses. • Camera obscura, an inverted projection of a scene into a dark chamber • CathodoluminescenceCausticsChatoyancy, cat's eye gems such as chrysoberyl cat's eye or aquamarine cat's eye • Chromatic polarizationDiffraction, the apparent bending and spreading of light waves when they meet an obstruction • DispersionDouble refraction or birefringence of calcite and other minerals • Double-slit experimentElectroluminescenceEvanescent waveFluorescence, also called luminescence or photoluminescenceMie scattering (Why clouds are white) • Metamerism as of alexandriteMoiré patternNewton's rings, an alternating ring pattern created by the reflection of light between a spherical and flat surface • PhosphorescencePleochroism gems or crystals, which seem "many-colored" • Rayleigh scattering (Why the sky is blue, sunsets are red, and associated phenomena) • ReflectionRefractionSonoluminescenceShrimpoluminescenceSynchrotron radiation • The separation of light into colors by a prismTriboluminescenceThomson scatteringTotal internal reflectionTwisted lightUmov effectZeeman effect, the splitting of a spectral line into multiple components in the presence of a magnetic field • The ability of light to travel through space or through a vacuum. Entoptic phenomenaDiffraction of light through the eyelashes • Haidinger's brushMonocular diplopia (or polyplopia) from reflections at boundaries between the various ocular mediaPhosphenes from stimulation other than by light (e.g., mechanical, electrical) of the rod cells and cones of the eye or of other neurons of the visual system • Purkinje images. Optical illusions • The unusually large size of the Moon as it rises and sets, the Moon illusion • The shape of the sky, the sky bowl ==Unexplained phenomena==
Unexplained phenomena
Some phenomena are yet to be conclusively explained and may possibly be some form of optical phenomena. • Hessdalen lightsMin Min lights • Light of SaratogaNaga fireballs ==See also==
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