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Spectral and Angle-Resolved Magneto-Optical Characterization of Photonic Nanostructures
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Chapters
- 00:04Title
- 01:05Setup Mounting
- 03:07Optical Reflectivity and Magneto-Optical Measurements
- 05:21Data Analysis
- 06:07Results: Representative DVD Grating Sample Measurements
- 07:15Conclusion
Photonic band structure enables understanding how confined electromagnetic modes propagate within a photonic crystal. In photonic crystals that incorporate magnetic elements, such confined and resonant optical modes are accompanied by enhanced and modified magneto-optical activity. We describe a measurement procedure to extract the magneto-optical band structure by Fourier space microscopy.
Tags
Magneto-opticalPhotonic NanostructuresPhotonic Band StructuresLight-matter InteractionsMagneto-optical EffectsPhotonic CrystalsMagneto-optical CrystalsNon-reciprocal Optical PropertiesPlasmonic GratingVibration IsolationObjective LensCollector LensImage PlaneBertrand LensFourier TransformAngular ComponentsDVD GratingMagnetoplasmonicGold-cobalt-gold FilmElectromagnetOptical Reflectivity
