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Diffraction property of ultrashort laser pulses in photorefractive multiple quantum wells
Superpolarizers that exceed the law of Malus 411005
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amplitude angle applications Bragg calculated channel coefficient components condition conjugate correlation corresponding coupling crystal demonstrated dependence determined devices diffraction efficiency direction distribution dynamic effect electron encryption enhancement equation experiment experimental fiber fibre field Figure filter fixed Fourier frequency fringe function glass grating hologram holographic holographic storage illumination incident increases induced input intensity interaction laser length lens Lett light limit material maximum measured medium memory method mode modulation multiplexing nonlinear object observed obtained optical output parameters pattern performance phase phase-conjugate photorefractive pixels plane polarization possible produce properties pulse random range ratio reconstructed recording reference beam reflection refractive index region respectively sample selectivity sensitivity shift shown in Fig shows signal silicon single solitons space spatial speckle spectral spectrum storage stored surface technique temperature transform volume wave waveguide wavelength writing