Add to ORKGThe resonant electromagnetic response of niobium metamaterial show strong temperature variation near the critical temperature in the visible wavelengths, i.e. above the superconducting bandgap. Plasmonic mechanism of the optical response is discussed
The development of stable compounds for durable optics is crucial for the future of plasmonic applic...
The elemental Nb is mainly investigated for its eminent superconducting properties. In contrary, we ...
We show that subterahertz transmission of the superconducting metamaterial, an interlinked two-dimen...
The resonant electromagnetic response of niobium metamaterial show strong temperature variation near...
We report on the discovery of a new type of optical plasmonic media: by observing absorption lines i...
We show that a niobium metamaterial exhibits optical plasmonic resonances which change in a critical...
By measuring the reflectivity of a nanostructured niobium film, we demonstrate a critical dependence...
Superconductivity is commonly expected to be insignificant in optics, where photon energy is orders ...
The interplay between electronic properties and optical response enables the realization of novel ty...
We present the first demonstration of electro-optical modulator of sub-terahertz radiation where int...
Superconducting metamaterials are utilized to study the approach to the plasmonic limit simply by tu...
We report the first demonstration of electro-optical modulation of millimetre-wave radiation using a...
Superconductors may be considered as plasmonic media, exhibiting a resistance dominated by the kinet...
This thesis reports on new solutions for sensing and controlling the electromagnetic radiation, and ...
We demonstrate a nonlinear metamaterial that can be switched between low and high transmission by co...
The development of stable compounds for durable optics is crucial for the future of plasmonic applic...
The elemental Nb is mainly investigated for its eminent superconducting properties. In contrary, we ...
We show that subterahertz transmission of the superconducting metamaterial, an interlinked two-dimen...
The resonant electromagnetic response of niobium metamaterial show strong temperature variation near...
We report on the discovery of a new type of optical plasmonic media: by observing absorption lines i...
We show that a niobium metamaterial exhibits optical plasmonic resonances which change in a critical...
By measuring the reflectivity of a nanostructured niobium film, we demonstrate a critical dependence...
Superconductivity is commonly expected to be insignificant in optics, where photon energy is orders ...
The interplay between electronic properties and optical response enables the realization of novel ty...
We present the first demonstration of electro-optical modulator of sub-terahertz radiation where int...
Superconducting metamaterials are utilized to study the approach to the plasmonic limit simply by tu...
We report the first demonstration of electro-optical modulation of millimetre-wave radiation using a...
Superconductors may be considered as plasmonic media, exhibiting a resistance dominated by the kinet...
This thesis reports on new solutions for sensing and controlling the electromagnetic radiation, and ...
We demonstrate a nonlinear metamaterial that can be switched between low and high transmission by co...
The development of stable compounds for durable optics is crucial for the future of plasmonic applic...
The elemental Nb is mainly investigated for its eminent superconducting properties. In contrary, we ...
We show that subterahertz transmission of the superconducting metamaterial, an interlinked two-dimen...