Publication | Closed Access
Recent progress in quantum and nonlinear optical lithography
29
Citations
23
References
2006
Year
Quantum-mechanical EffectsOptical MaterialsEngineeringElectron-beam LithographyNonlinear OpticsMicroscopyRayleigh CriterionQuantum ComputingBeam LithographyRecent ProgressQuantum EntanglementQuantum LithographyNanolithography MethodPhotonicsQuantum SciencePhysicsNon-linear OpticNatural SciencesApplied PhysicsQuantum DevicesQuantum Photonic DeviceOptoelectronics
We review the status of the field of quantum lithography, that is, the use of quantum-mechanical effects to write lithographic features with resolution finer than that achievable according to the Rayleigh criterion. In particular, we first review the original quantum lithography proposal by Boto et al., and we then describe the status of research aimed at realizing this process.
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