Abstract:

In the article, the author presents the consequences and implications of the development of quantum computing technologies in the context of designing circuits based on quantum gates, which are mechanisms for artificial intelligence algorithms. In the category of the development of hybrid artificial intelligence mechanisms, the availability of modern hardware platforms enabling the implementation of advanced and extensive quantum circuits has a huge impact on the quality of the obtained results. This is related to the continuous development of quantum technologies based on the circuit model, in which, in addition to the number of available qubits, the accuracy of the obtained result in the form of a final measurement for the performed circuit is also important. This causes manufacturers to dynamically develop quantum platforms, replacing the current ones with new ones, which forces the need to adapt the originally programmed recommendation applications using quantum circuits to the currently available hardware quantum environment.