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The study of light-matter interaction on the nanoscale, particularly in metals, has evolved from the early days of Surface Enhanced Raman Scattering and (SERS) through the discovery of Extra Ordinary Transmission (EOT), to the multitude of new phenomena reported daily in the scientific and technical literature. The combination of advances in theoretical understanding, improved availability of simulation tools and modern fabrication technology provides a fertile arena for the advancement of the design of metallic structures for specifically enhanced nonlinear optical and plasmonic interactions.