AI-QUANTUM SYMBIOSIS: PIONEERING THE FUTURE OF COMPUTING AND FUNDAMENTAL PHYSICS
This paper highlights the synergistic relationship between quantum physics and quantum computing (QC) and analyses the revolutionary impact of AI on QC.Superposition and entanglement are the foundations of quantum computing, which provides previously unheard-of computational power.Decoherence and quantum noise are still problems, though.AI's prowess in pattern recognition, data analysis, and optimisation offers practical answers to these problems.Advances in quantum simulations, material discovery, and state prediction are made possible by key applications such as quantum machine learning (QML), AI-driven quantum error correction, and quantum optimisation.In addition to addressing scalability and data requirements issues, this analysis looks ahead to future developments in quantum cryptography and hybrid AI-quantum systems.AI and quantum technology integration is set to transform a number of industries, representing a huge advancement in computational and scientific advancements.
International Journal of Progressive Research in Engineering Management and Science•Feb 6, 2025•0 citations