Since 2001, there has been an explosive growth of scientific interest in the role of plasmons in optical phenomena including guided-wave propagation and imaging at the subwavelength scale, nonlinear spectroscopy and ‘negative index’ metamaterials. The unusual dispersion properties of metals near the plasmon resonance enables excitation of surface modes and resonant modes in nanostructures that access a very large range of wavevectors over a narrow frequency range, and accordingly, resonant plasmon excitation allows for light localization in ultra-small volumes. This feature constitutes a critical design principle for light localization below the free space wavelength and opens the path to truly nanoscale plasmonic optical devices. This principle, combined with quantitative electromagnetic simulation methods and a broad portfolio of established and emerging nanofabrication methods creates the conditions for dramatic scientific progress and a new class of subwavelength optical components. We plan to invite leading experts in the field as speakers and anticipate large participation by students and young researchers via poster presentations and short talks.