The experimental and theoretical demonstration of a single-beam negative refraction and a superlensing effect in 2D photonic crystals was reported. As such, negative refraction was observed for the incidence angles of >20°. This broad angle range was used to demonstrate the superlensing effect, where the electromagnetic waves emitted from a point source were focused on the other side of the PC
We report our experimental results on two-dimensional left-handed metamaterials (LHM) exhibiting neg...
In this paper we present the study of a two-dimensional square-lattice photonic crystal with all-ang...
In this paper we theoretically investigate a photonic crystal with dielectric rods in a honeycomb la...
We experimentally and theoretically studied a left-handed structure based on a photonic crystal (PC)...
Recently left-handed materials (LHM) attracted great attention since these materials exhibit negativ...
We present a review of our experimental and numerical studies on the negative refraction related phe...
We experimentally and theoretically demonstrate the negative refraction and focusing of electromagne...
We review certain novel optical properties of two-dimensional dielectric photonic crystals (PCs) whi...
In this article, we present an experimental and numerical study of novel optical properties of two-d...
Cataloged from PDF version of article.Materials that can bend light in the opposite direction to nor...
In this article, we present an experimental and numerical study of certain optical properties of two...
Superlenses based on metamaterials are promising candidates for achieving subwavelength resolution. ...
Two dimensional (2D) left-handed metamaterials (LHM) exhibiting negative refraction and subwavelengt...
We report the spectral refraction analysis and focusing properties of a two-dimensional, dielectric ...
In this work, we study the negative refraction and focusing effect by a metallodielectric photonic c...
We report our experimental results on two-dimensional left-handed metamaterials (LHM) exhibiting neg...
In this paper we present the study of a two-dimensional square-lattice photonic crystal with all-ang...
In this paper we theoretically investigate a photonic crystal with dielectric rods in a honeycomb la...
We experimentally and theoretically studied a left-handed structure based on a photonic crystal (PC)...
Recently left-handed materials (LHM) attracted great attention since these materials exhibit negativ...
We present a review of our experimental and numerical studies on the negative refraction related phe...
We experimentally and theoretically demonstrate the negative refraction and focusing of electromagne...
We review certain novel optical properties of two-dimensional dielectric photonic crystals (PCs) whi...
In this article, we present an experimental and numerical study of novel optical properties of two-d...
Cataloged from PDF version of article.Materials that can bend light in the opposite direction to nor...
In this article, we present an experimental and numerical study of certain optical properties of two...
Superlenses based on metamaterials are promising candidates for achieving subwavelength resolution. ...
Two dimensional (2D) left-handed metamaterials (LHM) exhibiting negative refraction and subwavelengt...
We report the spectral refraction analysis and focusing properties of a two-dimensional, dielectric ...
In this work, we study the negative refraction and focusing effect by a metallodielectric photonic c...
We report our experimental results on two-dimensional left-handed metamaterials (LHM) exhibiting neg...
In this paper we present the study of a two-dimensional square-lattice photonic crystal with all-ang...
In this paper we theoretically investigate a photonic crystal with dielectric rods in a honeycomb la...