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Plasmonics news and technical articles from Laser Focus World. Search Plasmonics latest and archived news and articles
The field of so-called active plasmonics has seen an unprecedented leap in switching ..... nickname of “light on a wire,” plasmonics has long promised to deliver on all ..... is the outcome of a long history of plasmonics research in the group, who coined the
US$3.6 million) project in plasmonics . The project, called PLEAS ..... Enhanced Photonics), aims to bring plasmonics out of the lab and into the European ..... Click here to enlarge image Plasmonics involves the manipulation of surface
Domínguez for designing the artwork. REFERENCES 1. S. Maier, Plasmonics —Fundamentals and Applications, Springer (NY, 2007 ..... 2010). Stefan A. Maier is codirector of the Centre for Plasmonics & Metamaterials at Imperial College London; e-mail: s
Domínguez for designing the artwork. REFERENCES 1. S. Maier, Plasmonics —Fundamentals and Applications, Springer (NY, 2007 ..... 2010). Stefan A. Maier is codirector of the Centre for Plasmonics & Metamaterials at Imperial College London; e-mail: s
path for microfluidic engineering and cell-biology applications. Recently, Airy beams were theoretically introduced into plasmonics for controlling the surface-plasmon polaritons (SPPs) along metal-dielectric interfaces.2 Now, researchers at the
path for microfluidic engineering and cell-biology applications. Recently, Airy beams were theoretically introduced into plasmonics for controlling the surface-plasmon polaritons (SPPs) along metal-dielectric interfaces.2 Now, researchers at the
perhaps even leading to a nanoscale optical transistor. Plasmonics allows light to be confined to nanoscale dimensions where ..... research team, however, has been looking at the effects on plasmonics of levels of gain and material quality much lower than what
The ability to image surface-plasmon resonances allows researchers to map the local electric fields that create the unusual optoelectronic properties of metamaterials, for example.
The ability to image surface-plasmon resonances allows researchers to map the local electric fields that create the unusual optoelectronic properties of metamaterials, for example.
A new type of nanoscale optical device called a lasing spaser combines metamaterials and spasers to create a versatile planar source of coherent radiation.