About the Journal
European Journal of Quantum Computing and Intelligent Agents (EJQCIA) is a peer-reviewed, open-access academic journal established in 2017, dedicated to publishing pioneering research at the intersection of quantum information science and intelligent agent systems. The journal promotes multidisciplinary innovation across quantum computing algorithms, quantum machine learning, AI-assisted quantum communication, quantum cognition, and multi-agent intelligence. EJQCIA acts as a strategic knowledge hub for computational theorists, system designers, and domain scientists involved in building the next generation of smart and scalable quantum-aware systems. The journal maintains rigorous double-blind peer review, upholding high publication ethics.
Journal Snapshot
Journal Name: European Journal of Quantum Computing and Intelligent Agents (EJQCIA)
ISSN: 2684-5612
Impact Factor: 5.9 (By ResearchBib)
Journal Initials: EJQCIA
Research Scope: Quantum Algorithms, Quantum Machine Learning, Agent-Based Modeling, Quantum Networks, Intelligent Agents, Quantum AI, Quantum Robotics
Publication Mode: Digital (On this Website)
Frequency: Annual (1 Volume per Year)
Launch Year: 2017
Review Mode: Double Blind Peer Review
Plagiarism Allowed: 10% (as per Turnitin)
Coverage: Europe and Global
Language: English
Current Issue
We welcome you to the current issue of the European Journal of Quantum Computing and Intelligent Agents (EJQCIA). This volume curates peer-reviewed scholarship across the dynamic disciplines of quantum computation, artificial intelligence, and intelligent agents. As the convergence of quantum mechanics and intelligent system design redefines modern computation, this issue presents original contributions addressing theoretical advances, applied methodologies, and experimental models. EJQCIA remains committed to fostering an inclusive, interdisciplinary platform that bridges research communities across continents. Each publication contributes to a growing foundation of innovation guiding the evolution of quantum-aware intelligent architectures and decision-making systems worldwide.
