We present the first temporal diagnostic that measures statistical information on both the intensity and phase of data-encoded channels.
Nonlinear refractive index changes in 299angstroms multiple- quantum-well (MQW) GaAs are obtained directly by measuring the Fabry-Perot transmission peak shift.
We report a direct measurement of the spectral function (real and imaginary self-energy) of excitons with a repulsive interaction potential.
We report the first direct measurement of the second order dispersion coefficient beta.
We demonstrate experimentally a novel technique for characterizing transverse spatial coherence using the Wigner distribution function.
Although large changes in the absorption coefficient of MQWs with applied voltage have been reported, no accurate measurement of the minimum absorption coefficient, which determines the absorption
Mode profiles of the light coming out of Ti diffused waveguides formed in LiNbO3 crystals was imaged using a near field optical microscope (NSOM).
Mode profiles of the light coming out of Ti diffused waveguides formed in LiNbO3 crystals was imaged using a near field optical microscope (NSOM).
The nonlinear phase shift induced on an intensity-modulated optical source propagating in an optical fiber is directly measured using linear optical sampling, a coherent sampling oscilloscope that
This paper presents a direct measurement method for optical properties of different materials at cryogenic temperatures from 20 K to 200 K.
