The Goos–Hänchen effect has found many important applications in photonics and
optoelectronics since its discovery in 1947. Here, we propose unique applications of the …

We demonstrate a magnetically controllable nonreciprocal Goos-Hänchen (GH) shift
enabled by the magnetic plasmonic gradient metasurfaces (GMSs) consisting of an array of …

Goos-Hänchen (GH) effect is a fundamental phenomenon in optics. Here we demonstrate
theoretically that the surface modes at Parity-time (PT) symmetric interfaces, can induce a …

The lateral shifts of the wave reflected and transmitted from PT-symmetric one-dimensional
multilayer-structures are investigated near the coherent-perfect-absorption (CPA)-laser point …

The influence of the Kerr nonlinearity on the group index of a dispersive intracavity medium
is revisited using a Raman gain based scheme to obtain amplitude control of the Goos …

Recent studies on surface reflection illustrate how light beams can be laterally shifted from
the position predicted by geometrical optics, the so called Goos-Hänchen effect. In …

A one-dimensional photonic crystal structure with a nonlinear metal-dielectric
nanocomposite defect layer is proposed to control the optical bistability (OB) of the …

The bistability behavior of photonic multilayers doped by unmagnetized plasma and coupled
nonlinear defects is investigated using the modified transfer matrix method. Compared with …

Goos-Hänchen (GH) effects at normal incidence are investigated for metamaterials
consisting of an array of ferrite rods. A new effective-medium approach is presented and …

A real-time photonic crystal sensor is suggested for the detection of airborne heavy metal
nanoparticles (HMNPs). The sensor consists of a sandwiched sampling cell between two …