diffraction

(redirected from Diffraction limit)
Also found in: Dictionary, Medical, Encyclopedia.
Graphic Thesaurus  🔍
Display ON
Animation ON
Legend
Synonym
Antonym
Related
  • noun

Words related to diffraction

when light passes sharp edges or goes through narrow slits the rays are deflected and produce fringes of light and dark bands

References in periodicals archive ?
This is where the diffraction limit comes in, as Claire Valentin, vice-president of marketing for Sofradir explained to the author: "In the visible (spectrum) you have wavelengths of approximately between 0.
A good balance between mode confinement and propagation loss because they combine the strong confinement of plasmonic waveguides beyond diffraction limit and the long propagation length of dielectric slot waveguides.
Based on the concept of STED, also developed by Hell, the TCS SP8 STED 3X uses superimposed lasers to reduce the effective focal spot scanning the specimen to an area smaller than the diffraction limit.
The diffraction limit was long thought to be the smallest point you could focus a beam of light to.
Among their topicsare the light microscope, image capture, the confocal microscope,aberrations and their consequences, deconvolution and imageprocessing, stereoscopy and reconstruction for three-dimensionalimaging, fluorescent staining, evanescent wave microscopy, and beyondthe diffraction limit.
In experiments reported in a journal, Nature Communications, the engineers reported seeing details as small as 50 nm, smaller by a factor 20 than the diffraction limit for light.
The effect occurs as light waves cause interference on their way through the optical system and is known as the diffraction limit.
To make this approach possible, IBM researchers have developed a suite of integrated ultra-compact active and passive silicon nanophotonics devices that are all scaled down to the diffraction limit - the smallest size that dielectric optics can afford.
In the PapMap SCP method described, the surface of the entire sample area is automatically scanned at a pixel size smaller than the diffraction limit, regardless of whether or not the surface is occupied by a cell, producing a large spectral dataset of the entire sample area.
Such research has the potential to boost the scaling of optical technologies below the diffraction limit, opening unprecedented opportunities for basic and applied research.
The technology overcomes the classical diffraction limit to microscopic resolution by combining a special illumination pattern with state-of-the-art computational image analysis.
In any optical system, there is a limit, termed diffraction limit, which determines the minimum focal area and hence the maximum irradiance that can be attained (Ready, 2001).
This enables scientists in biomedical research to image cellular structures marked with fluorescent dyes with maximum spatial resolution below the classic diffraction limit of microscopes, i.
Researchers have circumvented the diffraction limit before.
Near-field scanning optical microscopy (NSOM) has extended optical measurements past the diffraction limit, making it possible for the first time to view objects and features in the 50 to 100 nanometer (nm) range.