We analyze the existence of localized waves in the vicinities of the interface between two dielectrics, provided one of them is uniaxial and lossy. We found two families of surface waves, one of them approaching the well-known Dyakonov surface waves (DSWs). In addition, a new family of wave fields exists which are tightly bound to the interface. Although its appearance is clearly associated with the dissipative character of the anisotropic material, the characteristic propagation length of such surface waves might surpass the working wavelength by nearly two orders of magnitude.This research was funded by the Spanish Ministry of Economy and Competitiveness under the Project TEC2013-50416-EXP
Guiding light at the nanoscale is usually accomplished using surface plasmons(1-12). However, plasmo...
Surface waves, named here as Dyakonov--Tamm waves, can exist at the planar interface of an isotropic...
A photonic surface wave, a propagating optical mode localized at the interface of two media, can pla...
Surface optical waves (SOW) supported by nanostructures are an integral part of modern technology an...
We investigated surface waves guided by the boundary of a semi-infinite layered metal-dielectric nan...
We show that suitable photonic metamaterial structures can support lossless surface waves of the for...
The title “Dyakonov surface waves: anisotropy enabling confinement on the edge” plainly sets the sco...
Dyakonov-like surface waves (DSWs) propagating obliquely on an anisotropic nanostructure have been t...
The presence of electromagnetic waves on two-dimensional interfaces has been extensively studied ove...
We theoretically analyze directional surface electromagnetic waves supported at an interface between...
We have analyzed surface-wave propagation that takes place at the boundary between an isotropic medi...
Summary form only given. A special type of surface wave was predicted by M. I. Dyakonov in 1988. Suc...
We address the existence and properties of lossless surface waves that form at interfaces between ma...
We show that engineered photonic metamaterials composed of alternating layers of suitable dielectric...
We show that the subdiffraction imaging behavior observed in the magnifying superlens experiment, [S...
Guiding light at the nanoscale is usually accomplished using surface plasmons(1-12). However, plasmo...
Surface waves, named here as Dyakonov--Tamm waves, can exist at the planar interface of an isotropic...
A photonic surface wave, a propagating optical mode localized at the interface of two media, can pla...
Surface optical waves (SOW) supported by nanostructures are an integral part of modern technology an...
We investigated surface waves guided by the boundary of a semi-infinite layered metal-dielectric nan...
We show that suitable photonic metamaterial structures can support lossless surface waves of the for...
The title “Dyakonov surface waves: anisotropy enabling confinement on the edge” plainly sets the sco...
Dyakonov-like surface waves (DSWs) propagating obliquely on an anisotropic nanostructure have been t...
The presence of electromagnetic waves on two-dimensional interfaces has been extensively studied ove...
We theoretically analyze directional surface electromagnetic waves supported at an interface between...
We have analyzed surface-wave propagation that takes place at the boundary between an isotropic medi...
Summary form only given. A special type of surface wave was predicted by M. I. Dyakonov in 1988. Suc...
We address the existence and properties of lossless surface waves that form at interfaces between ma...
We show that engineered photonic metamaterials composed of alternating layers of suitable dielectric...
We show that the subdiffraction imaging behavior observed in the magnifying superlens experiment, [S...
Guiding light at the nanoscale is usually accomplished using surface plasmons(1-12). However, plasmo...
Surface waves, named here as Dyakonov--Tamm waves, can exist at the planar interface of an isotropic...
A photonic surface wave, a propagating optical mode localized at the interface of two media, can pla...