Optical Computing in JapanSatoshi Ishihara Forty seven contributions discuss broad concepts, systems and architectures, devices, and materials, offering both a cross-section and a complete image of current research. Every aspect of this technology of the (rapidly approaching) future is under study by the Japanese, and this volume provides ac |
Contents
Photon Limit in Optical Computers | 5 |
Quantum Controlled Devices and the Optical Computer | 13 |
SYSTEMS | 29 |
Copyright | |
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amplifier Appl architecture array logic beam binary bistable devices cavity characteristics circuit configuration crystal DFB laser electrical Electron electrooptic elements etalon experimental results fabricated feedback film four-wave mixing function GaAlAs/GaAs GaAs guided-wave holographic filters IEEE implementation injection input light input patterns intensity laser diode lens Lett light input light power light source logic gates logic operation matrix multiplication memory mirror mode MSLM neural network neurons nonlinear optical obtained operation kernel Optical Bistability optical computing optical devices optical feedback optical input optical interconnections optical logic Optical Parallel optical processor optical signal optical switch optical system optoelectronic output light Parallel Logic parallel processing performed Phys pixel planar microlens plate polarization pulse Quantum semiconductor lasers shown in Figure shows space-variant spatial encoding spatial light modulator structure substrate Surface Emitting Lasers technique Ternary Logic tion voltage VSTEP waveguide wavelength