Category:Nonlinear optics: Difference between revisions

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[[Image:Nonlinear Optics U.S. Army RdeCom Early RAMAN Spectrometer.jpg|thumb|right|A Raman Spectrometer- Image by U.S. Army Rdecom and Edgewood Chemical Biological Center]]


IEEE GHN Category [[Category:Lasers, lighting & electrooptics]]
The field of optics which describes how light interacts with a non-linear medium
 
== Subcategories ==
 
*'''[[:Category:Fiber nonlinear optics|Fiber nonlinear optics]]''' - light the travels through nonlinear fiber mediums
*'''[[:Category:Nonlinear optical devices|Nonlinear optical devices]]''' - devices that use light that travels in nonlinear media where dielectric polarization responds nonlinearly to electric field
*'''[[:Category:Photorefractive effect|Photorefractive effect]]''' - the nonlinear optical effect seen in some crystals and other materials that respond to light by altering their refractive index
*'''[[:Category:Supercontinuum generation|Supercontinuum generation]]''' - the creation of a supercontinuum through the collection of nonlinear processes that act on a pump beam to cause spectral broadening
 
[[Category:Lasers,_lighting_&_electrooptics|{{PAGENAME}}]]

Revision as of 15:39, 6 March 2013

A Raman Spectrometer- Image by U.S. Army Rdecom and Edgewood Chemical Biological Center

The field of optics which describes how light interacts with a non-linear medium

Subcategories

  • Fiber nonlinear optics - light the travels through nonlinear fiber mediums
  • Nonlinear optical devices - devices that use light that travels in nonlinear media where dielectric polarization responds nonlinearly to electric field
  • Photorefractive effect - the nonlinear optical effect seen in some crystals and other materials that respond to light by altering their refractive index
  • Supercontinuum generation - the creation of a supercontinuum through the collection of nonlinear processes that act on a pump beam to cause spectral broadening

Pages in category "Nonlinear optics"

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Media in category "Nonlinear optics"

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