We study surface waves in two-dimensional modulated photonic lattices and demonstrate that, in a sharp contrast to one-dimensional lattices where localized surface modes can exist, the radiation escapes along the boundaries of the two-dimensional structure
We study theoretically nonlinear surface waves in optical lattices and show that solitons can exist ...
We present a method for finding surface modes at interfaces between two-dimensional photonic crystal...
It is theoretically shown that nonlinear surface-waves are possible in optical lattices. Such solito...
Applying an external driving to a periodic potential drastically modifies both propagation and local...
We predict that truncated but otherwise perfect modulated photonic lattices can support a novel type...
We study nonlinear surface modes in two-dimensional anisotropic periodic photonic lattices and demon...
We numerically study both linear and nonlinear surface modes in semi-infinite chirped two-dimensiona...
We study surface modes in semi-infinite chirped two-dimensional photonic lattices in the frame- wor...
We analyze spatiotemporal light localization in truncated two-dimensional photonic lattices and demo...
We review both theoretical and experimental advances in the recently emerged field of modulated phot...
We analyze the existence and stability of nonlinear modes localized at phase-slip waveguide channels...
Optical surface modes are specific states of electromagnetic waves localized at the interface separa...
We present a brief overview of the basic concepts and important experimental observations of the eff...
We experimentally study light localization at phase-slip waveguides and at the intersection of phase...
Abstract. Photonic crystal structure supporting the surface wave is considered. It is shown both the...
We study theoretically nonlinear surface waves in optical lattices and show that solitons can exist ...
We present a method for finding surface modes at interfaces between two-dimensional photonic crystal...
It is theoretically shown that nonlinear surface-waves are possible in optical lattices. Such solito...
Applying an external driving to a periodic potential drastically modifies both propagation and local...
We predict that truncated but otherwise perfect modulated photonic lattices can support a novel type...
We study nonlinear surface modes in two-dimensional anisotropic periodic photonic lattices and demon...
We numerically study both linear and nonlinear surface modes in semi-infinite chirped two-dimensiona...
We study surface modes in semi-infinite chirped two-dimensional photonic lattices in the frame- wor...
We analyze spatiotemporal light localization in truncated two-dimensional photonic lattices and demo...
We review both theoretical and experimental advances in the recently emerged field of modulated phot...
We analyze the existence and stability of nonlinear modes localized at phase-slip waveguide channels...
Optical surface modes are specific states of electromagnetic waves localized at the interface separa...
We present a brief overview of the basic concepts and important experimental observations of the eff...
We experimentally study light localization at phase-slip waveguides and at the intersection of phase...
Abstract. Photonic crystal structure supporting the surface wave is considered. It is shown both the...
We study theoretically nonlinear surface waves in optical lattices and show that solitons can exist ...
We present a method for finding surface modes at interfaces between two-dimensional photonic crystal...
It is theoretically shown that nonlinear surface-waves are possible in optical lattices. Such solito...