Abstract :
Silicon is not a natural for producing and manipulating light. Nevertheless, Intel and Luxtera each have been able to produce silicon versions of optoelectronic components by binding a light emitter made from indium phosphide to a silicon laser cavity. The key was in making a kind of glass glue, a thin layer of oxidized material, on both the indium-phosphide light emitter and the silicon laser and then bonding them together. Applying a voltage to the indium phosphide device produces light that passes through the glass into the silicon
Keywords :
bonding processes; indium compounds; integrated optoelectronics; laser cavity resonators; optical computing; semiconductor lasers; silicon; Intel; Luxtera; glass glue; indium phosphide; light emitter; optical computing; optoelectronic components; oxidized material; silicon laser cavity; silicon lasers; Bonding; Glass; Indium phosphide; Light emitting diodes; Optical computing; Optical materials; Power lasers; Silicon; Temperature; Voltage;
