We investigated a multilayer graphene–dielectric composite material, comprising graphene
sheets separated by subwavelength-thick dielectric spacer, and found it to exhibit hyperbolic …

We analyzed surface-wave propagation that takes place at the boundary between a semi-
infinite dielectric and a multilayered metamaterial, the latter with indefinite permittivity and …

Numerical analysis of Dyakonov waves generation has been carried out at uniaxial chiral-
plasma planar interface. The extended electromagnetic wave theory is utilized, and an …

Many times, mankind's creative nature has pushed the envelope beyond what was deemed
physically possible at the time. People have engineered ways for us to fly, communicate …

The development of engineered metamaterials has enabled the fabrication of tunable
photonic devices capable of manipulating the characteristics of electromagnetic surface …

This chapter introduces the tools and methodologies that can be used to engineer the
dispersion and anisotropy of periodic electromagnetic structures. The theory and concepts …

To understand the plasma evolution mechanism of microwave ion source (MIS), a hybrid
discharge heating (HDH) mode is proposed. That mode contains two parts: ignition …

A cylindrical hollow plasma cavity was designed for a particle-driven plasma accelerator
experiment for future e+ e− colliders. Surface wave ionization was used to generate a high …

Hybrid-polarization surface plasmon polaritons (HSPPs) at the interface between an
isotropic medium and a one-dimensional metal–dielectric metamaterial (MM) were …

Here we examine Dyakonov-like surface waves (DSWs) in the THz regime traveling along
the plane interface between a non-conducting isotropic medium and a low-loss graphene …