The Nested Contexts of Quantum Understanding (NCQU) Framework: A Cyberpsychology Perspective on Quantum Cybersecurity Readiness and Organizational Adaptation

Abstract

The emergence of quantum computing presents unprecedented challenges for cybersecurity professionals and organizations, requiring fundamental reconceptualization of cryptographic security paradigms. Despite widespread technical awareness of quantum threats, organizational preparedness for post-quantum cryptography transitions remains inadequate, suggesting that barriers to quantum adaptation extend beyond purely technical domains into psychological and organizational territories. This article introduces the Nested Contexts of Quantum Understanding (NCQU) Framework, a comprehensive theoretical model that integrates cyberpsychology principles with quantum cybersecurity implementation challenges. The NCQU Framework conceptualizes quantum understanding as an emergent phenomenon arising from the dynamic interaction of individual, social, and organizational dimensions operating across temporal, epistemological, and phenomenological spectrums. Through theoretically directed synthesis of research on cognitive biases, professional identity challenges, organizational sense-making processes, and uncertainty tolerance mechanisms, this research illuminates psychological barriers impeding quantum cybersecurity adoption despite available post-quantum cryptographic standards. The framework identifies critical factors including temporal discounting of future quantum threats, expertise entrenchment among classical cryptographers, ambiguity aversion toward quantum-resistant solutions, and organizational culture dynamics that systematically undermine Q-Day preparedness. Drawing on Weick’s sense-making theory, technology acceptance models, and cyberpsychology research on human-technology interaction, the NCQU Framework provides diagnostic capabilities for identifying specific barriers to quantum adoption and targeting interventions across individual, social, and organizational levels. Practical implications emphasize the necessity of integrating psychological readiness with technical implementations, including metacognitive training for paradigm flexibility, scenario-based planning to counteract temporal discounting, professional identity adaptation support, and organizational psychological safety protocols enabling productive engagement with quantum uncertainty. This research contributes to emerging understanding of quantum cybersecurity transitions as fundamentally socio-technical challenges requiring coordinated attention to cognitive, affective, social, and organizational factors alongside cryptographic algorithm selection and implementation capabilities.