Superconducting quantum chips are simply semiconductor light-emitting technologies that produce a sustained laser beam that drives other silicon photonic devices
Optical quantum chips can combine the light-emitting properties of indium phosphide and the optical routing capabilities of silicon into a single hybrid chip. When a voltage is applied to indium phosphide, light enters the waveguide of the silicon chip, producing a continuous laser beam that drives other silicon photonic devices. This silicon wafer-based laser technology could make photonics more widely used in computers, as large-scale silicon-based manufacturing techniques can dramatically reduce costs
The superconducting quantum chip is simply the use of superconducting circuits made of Josephson structure to achieve a two-level system, the mainstream material is aluminum, by etching the circuit shape on the aluminum film, with microwave signals to achieve control. Semiconductor quantum chip is based on the traditional semiconductor microelectronics manufacturing process to find the electrons that can be controlled, and realize the two-level system by controlling the electrons with multiple degrees of freedom.