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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achieved active amplifier Appl applications architecture array beam binary bistable cavity characteristics circuit corresponding coupling crystal described developed device direction distribution effect electrical Electron elements emitting encoding energy example experiment experimental fabricated filters function gain grating IEEE implementation injection input integrated intensity interconnection Japan laser laser diode layer length lens Lett light modulator limit logic gates logic operation materials matrix memory method mirror mode multiplication neural network nonlinear obtained Optical Bistability optical computing optical devices optical feedback optical logic optoelectronic output parallel pattern performed phase photon Phys pixel plate polarization possible problem processing processor proposed pulse Quantum region respectively response Semiconductor shift shown in Figure shows signal spatial speed structure substrate surface switching Table technique threshold tion unit wave waveguide wavelength