The plasmonic waveguide is a key element in the nanophotonic devices and highly integrated photonic circuits. The single-mode waveguide greatly limits the degrees of freedom in the filed manipulating and information encoding. Here, a multimode metallic double-strip waveguide, comprising two metallic strips placed on the metal substrate, is proposed to realize field manipulating and polarization splitting. This waveguide design is quite different from that of the previous waveguides. As a result, both of the symmetric and the antisymmetric surface-plasmon-polariton (SPP) modes supported by the proposed waveguide have long propagation lengths (ten times greater than the plasmon wavelengths). Moreover, the field distributions of the two SPP mo...
The characteristics of long-range hybrid plasmonic modes guided by multilayer metal-dielectric plana...
Miniaturizing optical devices beyond the diffraction limit is of great importance for high-integrati...
We propose a novel metal-coupled metal-insulator-metal (MC-MIM) waveguide which can achieve a highly...
Abstract: We present results of transmission meas-urements and mode analysis for metal nanowire wave...
A basic component of most optical systems is an optical waveguide. There has been an increased inter...
In this paper, a plasmonic-photonic nanostructure has been introduced for efficient unidirectional c...
This thesis aims to demonstrate surface plasmon polariton waveguides that can easily be end fire cou...
A structure of two dimensional T-shaped metal–insulator–metal waveguide with dual-nanocavity is prop...
We propose the inclusion of a structured pattern of nanoscale metal wires in a silica fiber to form ...
Plasmonic waveguides essentially support only transverse magnetic modes. A novel plasmonic waveguide...
Because of the diffraction limit of light, the scale of optical element stays in the order of wavele...
A new scheme for unidirectional coupling of surface plasmon polaritons (SPPs) from freely propagatin...
A tunable polarization modulator based on the periodic metal strips embedded in a polymer waveguide ...
In this paper, waveguide mode conversions in a parallel plate waveguide, rectangular waveguide, and ...
Subwavelength plasmonic waveguides are the most promising candidates for developing planar photonic ...
The characteristics of long-range hybrid plasmonic modes guided by multilayer metal-dielectric plana...
Miniaturizing optical devices beyond the diffraction limit is of great importance for high-integrati...
We propose a novel metal-coupled metal-insulator-metal (MC-MIM) waveguide which can achieve a highly...
Abstract: We present results of transmission meas-urements and mode analysis for metal nanowire wave...
A basic component of most optical systems is an optical waveguide. There has been an increased inter...
In this paper, a plasmonic-photonic nanostructure has been introduced for efficient unidirectional c...
This thesis aims to demonstrate surface plasmon polariton waveguides that can easily be end fire cou...
A structure of two dimensional T-shaped metal–insulator–metal waveguide with dual-nanocavity is prop...
We propose the inclusion of a structured pattern of nanoscale metal wires in a silica fiber to form ...
Plasmonic waveguides essentially support only transverse magnetic modes. A novel plasmonic waveguide...
Because of the diffraction limit of light, the scale of optical element stays in the order of wavele...
A new scheme for unidirectional coupling of surface plasmon polaritons (SPPs) from freely propagatin...
A tunable polarization modulator based on the periodic metal strips embedded in a polymer waveguide ...
In this paper, waveguide mode conversions in a parallel plate waveguide, rectangular waveguide, and ...
Subwavelength plasmonic waveguides are the most promising candidates for developing planar photonic ...
The characteristics of long-range hybrid plasmonic modes guided by multilayer metal-dielectric plana...
Miniaturizing optical devices beyond the diffraction limit is of great importance for high-integrati...
We propose a novel metal-coupled metal-insulator-metal (MC-MIM) waveguide which can achieve a highly...