Analysis of the Impact of Quantum Social Science on Future Urban Governance

Abstract

Quantum social science provides a novel theoretical and methodological framework for addressing the complexities of future urban governance. This study explores the applications of quantum probability, quantum measurement effects, quantum game theory, and quantum computing in optimizing decision-making, enhancing policy simulations, and improving urban resource allocation. The findings highlight that quantum approaches enable more adaptive, intelligent, and transparent governance models, overcoming the limitations of classical decision-making frameworks. However, challenges such as quantum computing hardware constraints, empirical validation, and ethical concerns remain significant. Future research should focus on refining quantum-enhanced governance models, integrating quantum computing with artificial intelligence, and ensuring responsible applications through ethical and regulatory frameworks. By advancing quantum social science, urban management can achieve higher efficiency, resilience, and sustainability in a rapidly evolving world.