Add to ORKGInternational audienceIn this communication, we present a theoretical investigation of second-order nonlinear optical diffraction by standing acoustic waves in a thin crystalline plate. A detailed analysis of the polarization state of the second-harmonic light diffracted by both bulk and surface acoustic waves is carried out. Numerical estimates of the relative intensities of the nonlinearly diffracted orders are made for an AlGaAs film deposited on a GaAs substrate
Resonant semiconductor metasurfaces are an emerging versatile platform for nonlinear photonics. In t...
AbstractInfluence of acoustic field structure on polarization characteristics of acousto-optic inter...
Resonant semiconductor metasurfaces are an emerging versatile platform for nonlinear photonics. In t...
International audienceIn this communication, we present a theoretical investigation of second-order ...
International audienceThe second-order nonlinear optical diffraction by standing acoustic waves in a...
9 pagesInternational audienceSecond-order nonlinear optical diffraction by standing acoustic waves i...
International audienceThe contribution of two types of cascading process to the nonlinear optical di...
International audienceWe theoretically investigate cascading processes for the nonlinear acousto-opt...
International audienceThe phenomenon of nonlinear optical diffraction is characterized by diffractio...
In the late 1950s the Ultrasonic Group at Michigan State University introduced light diffraction to ...
This paper theoretically and experimentally examines a specific regime of acousto-optic diffraction ...
Experimental evidence is given of acoustic plate waves, whose group velocity is contradirected with ...
In the late 1950s the Ultrasonic Group at Michigan State University introduced light diffraction to ...
Nonlinear reflection and diffraction measurements have been performed on a GaAs/AlGaAs photonic-crys...
We present a comparison between experimental and theoretical results for the diffraction efficiencie...
Resonant semiconductor metasurfaces are an emerging versatile platform for nonlinear photonics. In t...
AbstractInfluence of acoustic field structure on polarization characteristics of acousto-optic inter...
Resonant semiconductor metasurfaces are an emerging versatile platform for nonlinear photonics. In t...
International audienceIn this communication, we present a theoretical investigation of second-order ...
International audienceThe second-order nonlinear optical diffraction by standing acoustic waves in a...
9 pagesInternational audienceSecond-order nonlinear optical diffraction by standing acoustic waves i...
International audienceThe contribution of two types of cascading process to the nonlinear optical di...
International audienceWe theoretically investigate cascading processes for the nonlinear acousto-opt...
International audienceThe phenomenon of nonlinear optical diffraction is characterized by diffractio...
In the late 1950s the Ultrasonic Group at Michigan State University introduced light diffraction to ...
This paper theoretically and experimentally examines a specific regime of acousto-optic diffraction ...
Experimental evidence is given of acoustic plate waves, whose group velocity is contradirected with ...
In the late 1950s the Ultrasonic Group at Michigan State University introduced light diffraction to ...
Nonlinear reflection and diffraction measurements have been performed on a GaAs/AlGaAs photonic-crys...
We present a comparison between experimental and theoretical results for the diffraction efficiencie...
Resonant semiconductor metasurfaces are an emerging versatile platform for nonlinear photonics. In t...
AbstractInfluence of acoustic field structure on polarization characteristics of acousto-optic inter...
Resonant semiconductor metasurfaces are an emerging versatile platform for nonlinear photonics. In t...