International audienceThe surface wave propagation at the interface between tunable metamaterials (MTMs) and nonlinear media is investigated. Tunable MTMs have a refractive index which can be tuned to negative-zero-positive values. The nonlinear media are assumed to have a Kerr-like refractive index. The dispersion equation is analytically derived and solved numerically. Results display the different behaviors of the propagating waves as the refractive index is tuned
Nonradiative dielectric waveguides employing metamaterial media are studied with the aim of obtainin...
We discuss tunability and nonlinear properties of metamaterials operating at microwave and optical f...
We analyzed surface-wave propagation that takes place at the boundary between a semi-infinite dielec...
International audienceThe surface wave propagation at the interface between tunable metamaterials (M...
The nonlinear characteristics of TM surface waves at microwave frequencies in a layered structure of...
Linear and nonlinear surface waves localized at the interface separating a left-handed (LH) medium a...
The metamaterial with an effective permeability and/or permittivity tensor having elements of differ...
We study both linear and nonlinear surface waves localized at the interface separating a left-handed...
In this chapter we analyze the behavior of electromagnetic waves propagating along the interface bet...
We provide an analysis of surface-wave propagation at a boundary between a semiconductor and a multi...
Surface electromagnetic waves are waves propagating along the interface of two media. Their existenc...
A new exact analytical dispersion relation for TM p-polarized millimeter nonlinear electromagnetic s...
Nonradiative dielectric waveguides employing metamaterial media are studied with the aim of obtainin...
Nonradiative dielectric waveguides employing metamaterial media are studied with the aim of obtainin...
An analytical and simulation based method has been used to exactly solve the nonlinear wav...
Nonradiative dielectric waveguides employing metamaterial media are studied with the aim of obtainin...
We discuss tunability and nonlinear properties of metamaterials operating at microwave and optical f...
We analyzed surface-wave propagation that takes place at the boundary between a semi-infinite dielec...
International audienceThe surface wave propagation at the interface between tunable metamaterials (M...
The nonlinear characteristics of TM surface waves at microwave frequencies in a layered structure of...
Linear and nonlinear surface waves localized at the interface separating a left-handed (LH) medium a...
The metamaterial with an effective permeability and/or permittivity tensor having elements of differ...
We study both linear and nonlinear surface waves localized at the interface separating a left-handed...
In this chapter we analyze the behavior of electromagnetic waves propagating along the interface bet...
We provide an analysis of surface-wave propagation at a boundary between a semiconductor and a multi...
Surface electromagnetic waves are waves propagating along the interface of two media. Their existenc...
A new exact analytical dispersion relation for TM p-polarized millimeter nonlinear electromagnetic s...
Nonradiative dielectric waveguides employing metamaterial media are studied with the aim of obtainin...
Nonradiative dielectric waveguides employing metamaterial media are studied with the aim of obtainin...
An analytical and simulation based method has been used to exactly solve the nonlinear wav...
Nonradiative dielectric waveguides employing metamaterial media are studied with the aim of obtainin...
We discuss tunability and nonlinear properties of metamaterials operating at microwave and optical f...
We analyzed surface-wave propagation that takes place at the boundary between a semi-infinite dielec...