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Optical Bistability and the Digital Optical Computers
Threshold Device Tolerance Requirements in Digital Optical
By A Korpel and A W Lohmann
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absorption absorption optical amplifier amplitude Appl array asymmetric atomic band gap beam behaviour bistable devices calculated carrier cavity coefficient corresponding curve cyclotron density detuning diffraction dimension effects Electron energy equation etalon excitation exciton experimental experiments Fabry-Perot feedback Figure film fluctuations four-wave mixing frequency function GaAs gate Gaussian beam H.M. Gibbs hysteresis IEEE increasing initial input intensity input power InSb instability interference filters L. A. Lugiato laser layer Lett linear logic gates magnetic field medium mode modulation noise nonlinear optical observed obtained operation optical bistability optical computing optical switching oscillations output intensity parameter phase photon Phys pixels plotted polarization predicted propagation pulse pump quantum refractive index region resonance response S.D. Smith sample saturation self-pulsing semiconductor shown in Fig shows signal solution stable steady-state switching temperature theoretical theory thermal thickness threshold transition transmission transverse values vectors wave waveguide wavelength ZnSe