Quantum Technology Improves Small-World Network Collective Dynamics for Secure AI Transactions

Abstract

To create trustworthy artificial intelligence transactions, this research investigates the collaborative dynamics of small-world networks that are supported by quantum technology. Small-world networks are well-known for their efficiency in the dissemination of information; nevertheless, concerns regarding security and responsibility impede their ability to operate on a large scale in artificial intelligence transactions. Utilizing a significant quantity of technology provides a solution to these difficulties. A secure environment for artificial intelligence transactions is provided by quantum-enhanced small-world networks, which demonstrate increased resilience against hostile attacks. Through the utilization of quantum trap and superposition, these networks facilitate the formation of trust among AI agents, hence enhancing the integrity and trustworthiness of transactions. The purpose of this investigation is to demonstrate the efficacy of quantum-enhanced small-world networks in encouraging confidence in artificial intelligence transactions.