Optics Express · 2010 · 46 citations · 30 references
Optical MaterialsEngineeringWave OpticNegative-index MetamaterialMetamaterialsOptical CharacterizationElectromagnetic MetamaterialsSurface ReflectanceOptical PropertiesSub-diffraction WavesNegative Refractive IndexGuided-wave OpticOptical SystemsNanophotonicsPhotonicsPhysicsIndefinite Permittivity MediumOptical SensorsNatural SciencesSpectroscopyOptical PhysicApplied PhysicsIntensity ModulationDiffraction-limited WavesOptical SciencesOptical System AnalysisDiffractive Optic
An indefinite permittivity medium (IPM) has been fabricated and optically characterized in mid-infrared spectral range (10.7 µm-11.3 µm). Phase and amplitude transmission measurements reveal two remarkable properties of IPMs: (i) transmission of sub-diffraction waves (as short as λ/4) can exceed those of diffraction-limited ones, and (ii) sub-diffraction waves can propagate with negative refractive index. We describe a novel double-detector optical technique relying on the interference between sub-diffraction and diffraction-limited waves for accurate measurement of the transmission amplitude and phase of the former.
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