Decentralized smart city transport via quantum computing and NFT spatial governance

Abstract

This research explores the future synergy between quantum computing (QC) and non-fungible tokens (NFTs) as a tool to revitalize urban transport systems through optimized improvement techniques as well as decentralized governance. Utilizing a conceptual approach combined with thematic analysis, this research provides an integrative framework that combines insights from quantum computing, blockchain governance, and transport geography. Key results include the observation that the integration of these technologies holds the potential to address enduring issues regarding efficiency, sustainability, and equity within transport through exemplary spatial optimization as well as open, participatory governance strategies. However, significant challenges do remain, including energy consumption, the digital divide, as well as regulative uncertainties, requiring careful design, equity-focused protections, as well as effective governance infrastructure. This paper suggests that the actualization of the full potential of these future technologies requires interdisciplinary collaboration as well as a focus on the public good rather than technological advancement alone.