Add to ORKGWe generate Wannier-Stark beams and observe shape-invariant propagation and acceleration in photonic lattices. In the absence of a lattice, such Wannier-Stark states diffract and deteriorate asymmetrically, in agreement with theoretical predictions. © 2012 OSA
We report on optical analogues ofwell-known electronic phenomena such as Bloch oscillations and elec...
We show that only in a unique class of z-dependent lattices a true accelerating and diffractionless ...
We observe superballistic transport in optical lattices where a finite disordered region embedded in...
We generate Wannier-Stark beams and observe shape-invariant propagation and acceleration in photonic...
We generate optical beams analogous to the Wannier–Stark states in semiconductor superlattices and o...
We generate optical beams analogous to the Wannier-Stark states in semiconductor superlattices and o...
We observe Wannier-Stark (W-S) localization in curved photonic lattices, realized using arrays of ev...
We study nondiffracting accelerating paraxial optical beams in periodic potentials, in both the line...
Within the framework of the tight-binding model we demonstrate that Wannier-Stark states can freely ...
We study nondiffracting accelerating paraxial optical beams in periodic potentials, in both the line...
We study nondiffracting accelerating paraxial optical beams in periodic potentials, in both the line...
A simple method of calculating the Wannier-Stark resonances in 2D lattices is suggested. Using this ...
We report the first observation of classical intensity distributions in optical arrays that are tota...
We report on optical analogues of well-known electronic phenomena such as Bloch oscillations and ele...
Atomic wave packets loaded into a phase-modulated vertical optical-lattice potential exhibit a coher...
We report on optical analogues ofwell-known electronic phenomena such as Bloch oscillations and elec...
We show that only in a unique class of z-dependent lattices a true accelerating and diffractionless ...
We observe superballistic transport in optical lattices where a finite disordered region embedded in...
We generate Wannier-Stark beams and observe shape-invariant propagation and acceleration in photonic...
We generate optical beams analogous to the Wannier–Stark states in semiconductor superlattices and o...
We generate optical beams analogous to the Wannier-Stark states in semiconductor superlattices and o...
We observe Wannier-Stark (W-S) localization in curved photonic lattices, realized using arrays of ev...
We study nondiffracting accelerating paraxial optical beams in periodic potentials, in both the line...
Within the framework of the tight-binding model we demonstrate that Wannier-Stark states can freely ...
We study nondiffracting accelerating paraxial optical beams in periodic potentials, in both the line...
We study nondiffracting accelerating paraxial optical beams in periodic potentials, in both the line...
A simple method of calculating the Wannier-Stark resonances in 2D lattices is suggested. Using this ...
We report the first observation of classical intensity distributions in optical arrays that are tota...
We report on optical analogues of well-known electronic phenomena such as Bloch oscillations and ele...
Atomic wave packets loaded into a phase-modulated vertical optical-lattice potential exhibit a coher...
We report on optical analogues ofwell-known electronic phenomena such as Bloch oscillations and elec...
We show that only in a unique class of z-dependent lattices a true accelerating and diffractionless ...
We observe superballistic transport in optical lattices where a finite disordered region embedded in...