ABSTRACT
The convergence of traditional cyber-physical systems (CPS), quantum computing, and artificial intelligence (AI) gives rise to a novel system known as a quantum cyber-physical system (QCPS). This study aims to examine the integration of post-quantum models enabled by AI into quantum computing platforms and systems (QCPS). The merging of AI methodologies and the computational capabilities of quantum computers presents a novel approach to addressing intricate challenges in CPS. This context has several potential outcomes, including enhanced safety measures, improved resource allocation, and increased efficiency in quantum operations. Nevertheless, it is imperative to meticulously examine several challenges that arise in this context, including quantum decoherence, the interpretability of AI models, and the nascent stage of post-quantum algorithms. Overcoming these challenges will facilitate the advent of a novel era characterized by the integration of quantum-enabled systems, hence holding the capacity to revolutionize numerous domains within the economy and societal structure.
