Goos-Hã„nchen Shift at the Surface of Chiral Negative Refractive Media

Abstract

Abstract-The Goos-Hächen (GH) shift at the surface of chiral negative refractive media is analyzed theoretically. GH shifts are observed for both perpendicular and parallel components of the reflected field near the respective critical angles. It is found that positive and negative shifts can be attained when the incident angle is larger than the first critical angle, whereas if the angle of incidence exceeds the second critical angle, only positive shifts can be observed. In addition, a Gaussian beam is further adopted to illustrate the effect of the GH shifts.

Split-Field Finite-Difference Time-Domain Scheme for Kerr-Type Nonlinear Periodic Media

“…This effect is achieved by means of alternating positive-index and negativeindex materials. It was found that this zero-n gap is robust for scaling and omnidirectional for oblique incidence, which makes this type of structures very useful [10][11][12][13][14]. The properties of nonlinear materials and their effect in periodic structures have been also investigated for a wide range of applications [15].…”

Guided Modes in the Four-Layer Slab Waveguide Containing Chiral Nihility Core

“…Designed and experimental results for chiral metamaterials with negative refractive indexes at infrared frequency have also been published [14][15][16]. Surface polaritons [17] and GoosHänchen shift [18] at the surface of chiral negative refractive media have been studied. Various chiral negative refractive waveguides including chiral metamaterial slab [17,19,20], grounded slab [19,21], parallelplate [19], fiber [22], have been investigated.…”

The Elliptic Gaussian Beam Scattering on Phased Antenna Array With Rectangular Waveguides

“…The problems of the beams diffraction on various periodic structures were investigated by a number of authors [1][2][3][4][5][6][7][8][9][10][11][12][13][14][15][16]. In [15] the results of the scattering electromagnetic characteristics of the linearly polarized Gaussian beam with circular cross-section are presented in the case of normal beam incidence on the PAA.…”