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Metallic nanostructures give rise to bright and dark plasmon modes, and through their interactions can support a variety of coherent phenomena more typically associated with atomic systems, providing new sensing and energy transfer strategies.
Plasmonic nanostructures are useful for providing high-intensity fields at metal surfaces for surface enhanced spectroscopies. Plasmon hybridization principles are used to design substrates that enhance both Raman and Infrared absorption spectroscopy on the same structure.
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