The General Office of the Guangdong Provincial People's Government has unveiled the Action Plan for Expediting the High-Level Integration of Artificial Intelligence Across Diverse Domains, Timeframes, and Industries in Guangdong. This comprehensive strategy advocates for in-depth research into quantum-classical synergistic innovation within the realm of 'Artificial Intelligence +' quantum technology. It also underscores the exploration of quantum computing's vast application potential in areas like combinatorial optimization and algorithm design. The plan sets ambitious goals to surmount technical hurdles, including the design and fabrication of multi-qubit chips, as well as the seamless integration of measurement and control systems. Furthermore, it aims to tackle challenges associated with high-speed, low-latency interconnections among quantum, supercomputing, and intelligent computing nodes. By standardizing and unifying frameworks for quantum-classical interfaces and cross-computing-power task orchestration, the plan strives to enhance quantum error correction and fault-tolerant control mechanisms. Ultimately, it seeks to realize validated applications in key sectors such as biology, medicine, and energy, paving the way for the creation of numerous practical application scenarios.