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- Quantum_lithography abstract "Quantum lithography is a type of photolithography, which exploits non-classical properties of the photons, such as quantum entanglement, in order to achieve superior performance over ordinary classical lithography. Quantum lithography is closely related to the fields of quantum imaging, quantum metrology, and quantum sensing. The effect exploits the quantum mechanical state of light called the NOON state. Quantum lithography was invented at Jonathan P. Dowling's group at JPL, and has been studied by a number of groups.Of particular importance, quantum lithography can beat the classical Rayleigh criterion for the diffraction limit. Classical photolithography has an optical imaging resolution that cannot be smaller than the wavelength of light used. For example, in the use of photolithography to mass-produce computer chips, it is desirable to produce smaller and smaller features on the chip, which classically requires moving to smaller and smaller wavelengths (ultraviolet and x-ray), which entails exponentially greater cost to produce the optical imaging systems at these extremely short optical wavelengths.Quantum lithography exploits the quantum entanglement between specially prepared photons in the NOON state to achieve the smaller resolution without the requirement of shorter wavelengths. For example, a beam of red photons, entangled ten at a time in the NOON state, would have the same resolving power as a beam of x-ray photons.The field of quantum lithography is in its infancy, and although experimental proofs of principal have been carried out using the Hong–Ou–Mandel effect, it is still a long way from commercial application.".
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- Quantum_lithography wikiPageExternalLink index.php?nav=research&sub=litho.
- Quantum_lithography wikiPageExternalLink bob16.asp.
- Quantum_lithography wikiPageID "14979971".
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- Quantum_lithography wikiPageOutDegree "18".
- Quantum_lithography wikiPageRevisionID "599185721".
- Quantum_lithography wikiPageWikiLink Angular_resolution.
- Quantum_lithography wikiPageWikiLink Category:Lithography_(microfabrication).
- Quantum_lithography wikiPageWikiLink Category:Quantum_information_science.
- Quantum_lithography wikiPageWikiLink Category:Quantum_mechanics.
- Quantum_lithography wikiPageWikiLink Diffraction.
- Quantum_lithography wikiPageWikiLink Hong–Ou–Mandel_effect.
- Quantum_lithography wikiPageWikiLink Jet_Propulsion_Laboratory.
- Quantum_lithography wikiPageWikiLink Jonathan_Dowling.
- Quantum_lithography wikiPageWikiLink Medical_optical_imaging.
- Quantum_lithography wikiPageWikiLink NOON_state.
- Quantum_lithography wikiPageWikiLink Photolithography.
- Quantum_lithography wikiPageWikiLink Quantum_entanglement.
- Quantum_lithography wikiPageWikiLink Quantum_imaging.
- Quantum_lithography wikiPageWikiLink Quantum_metrology.
- Quantum_lithography wikiPageWikiLinkText "Quantum lithography".
- Quantum_lithography wikiPageWikiLinkText "quantum lithography".
- Quantum_lithography wikiPageUsesTemplate Template:Reflist.
- Quantum_lithography subject Category:Lithography_(microfabrication).
- Quantum_lithography subject Category:Quantum_information_science.
- Quantum_lithography subject Category:Quantum_mechanics.
- Quantum_lithography hypernym Photolithography.
- Quantum_lithography type Mechanic.
- Quantum_lithography type Physic.
- Quantum_lithography type Process.
- Quantum_lithography comment "Quantum lithography is a type of photolithography, which exploits non-classical properties of the photons, such as quantum entanglement, in order to achieve superior performance over ordinary classical lithography. Quantum lithography is closely related to the fields of quantum imaging, quantum metrology, and quantum sensing. The effect exploits the quantum mechanical state of light called the NOON state. Quantum lithography was invented at Jonathan P.".
- Quantum_lithography label "Quantum lithography".
- Quantum_lithography sameAs Q7269067.
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- Quantum_lithography sameAs Q7269067.
- Quantum_lithography wasDerivedFrom Quantum_lithography?oldid=599185721.
- Quantum_lithography isPrimaryTopicOf Quantum_lithography.