Детальная информация

Nanoplasmonics is based on the interaction between light and plasmonic nanostructures where the size of a nanostructure is much smaller than the incident wavelength. Plasmonic materials are typically metallic nanostructures with the surface plasmon resonance that offers resonant collective of oscillation of electrons, and tunable and amplifiable electromagnetic field can be formed on their surface. The field of nanoplasmonics deals with design, synthesis, fabrications and manipulation of plasmonic nanomaterials and nanodevices, discovering and understanding nanoscale plasmonic phenomena, development of tools and systems for exploring and utilizing these plasmonic materials and phenomena and applications in various fields including optics, catalysis, biotechnology, medicine, and energy. It is becoming increasingly obvious that nanoplasmonics.