In this paper, we show the approach to enhance the optical properties of the plasmonic nanowires from the perspectives of both field enhancement and tunability. Two different cases have been suggested for the consideration: the first one uses hollow-core metamaterial interface, while the other involves metallic nanowire metamaterial interface. It has been outlined, that the use of nanowire metamaterial interface allows for stretching the frequency range of surface wave existence from 500 THz (600 nm) to approximately 1000 THz (300 nm). Moreover, the nanowire metamaterial interface demonstrates better field confinement
A finite width thin metal film plasmonic nanowire with its unique feature of subwavelength light gui...
dissertationPlasmonic metasurfaces offer a unique capability to manipulate amplitude, phase and/or p...
The dissertation focuses on a new ultrafast circuit system based on plasmonic nanoarchitectures. To ...
In this paper, we show the approach to enhance the optical properties of the plasmonic nanowires fro...
Plasmons are collective oscillations of free electrons in a metal. At optical frequencies plasmons e...
textPlasmonics is an important branch of optics and photonics, focusing on the electromagnetic respo...
Nanostructured membrane plasmonic metasurfaces have exciting mechanical properties and enable new ap...
The dissertation investigates the possibilities of applying the Maxwell–Garnett approach for homogen...
Integrated photonic circuits require small photonic elements. Recent progress in nanowire synthesis ...
We compare the optical response of isolated nanowires, double-wire systems, and Pi-structures, and s...
Plasmonics is the study of light-matter interaction. The interaction of incident light (photons) wit...
We theoretically investigate composite cylindrical nanowires for the waveguiding of the lowest-order...
ABSTRACT: Semiconductor nanowires, due to their unique electronic, optical, and chemical properties,...
An integrated ormocomp nanowire coated with gold metal layer is proposed and its optical characteris...
We theoretically demonstrate that, for a given diameter of the core-pumped metal-dielectric nanowire...
A finite width thin metal film plasmonic nanowire with its unique feature of subwavelength light gui...
dissertationPlasmonic metasurfaces offer a unique capability to manipulate amplitude, phase and/or p...
The dissertation focuses on a new ultrafast circuit system based on plasmonic nanoarchitectures. To ...
In this paper, we show the approach to enhance the optical properties of the plasmonic nanowires fro...
Plasmons are collective oscillations of free electrons in a metal. At optical frequencies plasmons e...
textPlasmonics is an important branch of optics and photonics, focusing on the electromagnetic respo...
Nanostructured membrane plasmonic metasurfaces have exciting mechanical properties and enable new ap...
The dissertation investigates the possibilities of applying the Maxwell–Garnett approach for homogen...
Integrated photonic circuits require small photonic elements. Recent progress in nanowire synthesis ...
We compare the optical response of isolated nanowires, double-wire systems, and Pi-structures, and s...
Plasmonics is the study of light-matter interaction. The interaction of incident light (photons) wit...
We theoretically investigate composite cylindrical nanowires for the waveguiding of the lowest-order...
ABSTRACT: Semiconductor nanowires, due to their unique electronic, optical, and chemical properties,...
An integrated ormocomp nanowire coated with gold metal layer is proposed and its optical characteris...
We theoretically demonstrate that, for a given diameter of the core-pumped metal-dielectric nanowire...
A finite width thin metal film plasmonic nanowire with its unique feature of subwavelength light gui...
dissertationPlasmonic metasurfaces offer a unique capability to manipulate amplitude, phase and/or p...
The dissertation focuses on a new ultrafast circuit system based on plasmonic nanoarchitectures. To ...