Du fait de leurs fortes propriétés non-linéaires, les structures photoniques semi-conductrices
sont très intéressantes pour le traitement tout-optique du signal. La structuration à petite …

Silicon photonics is a subject of growing interest with the potential of delivering planar
electro-optical devices with chip scale integration. The past ten years have provided new …

An optoelectronic CMOS memory technology is proposed where photon induced floating
body effect stimulates switching and hysteresis in the transistor. The floating body effect is …

EE are phase-sensitively recorded with the help of a lock-in amplifier. The phase and the
amplitude of the local oscillator are constant relative to the nonlinear field, which means both …

Over the last fifteen years, a series of theoretical and experimental investigations have
demonstrated the usefulness of circular geometries to tailor second-order nonlinear optical …

We investigate the chromatic dispersion properties of silicon channel slot waveguides in a
broad spectral region centered at~ 1.5 μm. The variation of the dispersion profile as a …

We theoretically propose and demonstrate that chalcogenide waveguide is a more energy
efficient platform for Raman-assisted wavelength conversion than silicon waveguide. In spite …

Influence of electronic nonlinear process in silicon Raman wavelength converter Page 1
Influence of Electronic Nonlinear Process in Silicon Raman Wavelength Converter Ying Huang …

We demonstrate a method for simultaneous measurement of nonlinear refractive index and
two-photon absorption coefficient without knowledge of laser parameters. Phase-sensitive …

In recent times the use of silicon for fabricating active photonic devices has received
widespread attention. Many photonic devices such as lasers, amplifiers, modulators and …