Owing to the unique optical properties of nanometre-scale systems, Nanophotonics has become a very efficient tool to control light-matter interaction beyond the limit of diffraction. Recent developments in this field have shown the immense potential of nanophotonics to contribute to a wide spectrum of scientific disciplines, ranging from fundamental physics to optical engineering, and from biology to clean energies.
This second edition of the NANOP conference focuses on the transversal nature of Nanophotonics, by offering an international forum on the latest advances in the field from basic to applied research.