دانلود کتاب چارچوب‌ها، استانداردها و اخلاق مدیریت فناوری کوانتومی II (ماتئو ابوی، مارسلو کورالس)

Quantum technologies are transitioning from experimental prototypes to deploy-able systems with direct implications for scientific research, life sciences, high-tech companies, security, and industry ranging from drug discovery to materials sciences and drug discovery. As quantum computing, quantum information processing, and related applications mature, questions of technology governance increasingly extend beyond formal law and regulation to include international standards-setting, gover-nance frameworks, ethical principles, and fundamental rights considerations. These governance considerations and instruments operate upstream of legislation, shaping technological trajectories, interoperability, legitimacy, and trust at early stages of development. This multiple-volume series offers a systematic and interdisciplinary examination of the legal, regulatory, standard, framework, and ethical dimensions of quantum technologies, advancing original and timely contributions to the emerging discourse on quantum technology governance. As the first comprehensive anthology to inte-grate these domains, it provides a scholarly collection that captures the global scope of recent developments in quantum governance, law, standards, ethics, and policy. Quantum Technology Governance II: Frameworks, Standards & Ethics, the second volume of the Quantum Technology Governance series, builds and expands on the legal and regulatory foundations established in Volume I by examining how governance is constructed through frameworks, standards, and ethical analysis. Together, the two volumes offer a comprehensive and interdisciplinary analysis of how quantum technologies are (or could be) governed across their life cycle. While Volume I focuses on legal and regulatory mechanisms, Volume II addresses the softer yet equally important and structurally decisive layers of governance that influence overall quality management systems (QMS), design choices, risk management, orga-nizational and technical controls, implementation and deployment pathways, and societal integration, adoption and trust. The present volume explores how international consensus standards can function as de facto governance tools, why they matter for emerging quantum applications, and how governance frameworks and ethical reflection can be operationalized without resorting to technological exceptionalism. The contributions examine governance as a layered and dynamic process, spanning technical and organizational architectures, institutional governance and coordination, and normative commitments. The chapters in this volume address, inter alia: bullet The strategic role of standards in shaping quantum technology governance. bullet The institutional and political dynamics of standards development, highlighting why standards matter for overall governance and consensus expectations, coordi-nation, interoperability, and global alignment in quantum innovation. – A governance-stack framework for quantum technology applications in the life sciences, examining ontological challenges, integration frictions, and cross-layer dependencies between technical and normative systems. – Ethical frameworks for quantum information technologies, offering a roadmap that connects high-level principles to concrete governance practices. – Critical reflections on claims of ethical exceptionalism in quantum computing, drawing lessons from classical computing to avoid overstated novelty while remaining attentive to genuine risks. – An analysis of quantum computing through the lens of the right to science, using it both as a stress-test for existing human rights frameworks and as a test case for future-oriented gove rnance. Collectively, these contributions suggest that effective quantum governance does not (and likely could not rely) on law and regulation alone. Instead, it requires a broader but coherent governance stack in which international consensus standards, ethical analysis and reflection, and institutional frameworks interact with legal rules to help guide responsible innovation. By foregrounding these dimensions, Volume II provides scholars, practitioners, policymakers, standard-setters, and technologists with analysis and conceptual frameworks to navigate the normative and organiza-tional challenges posed by quantum technologies as they move toward real-world deployment and required fit-for-purpose governance systems (e.g., Quantum Tech-nology Management Systems or QT-QMS) similar to those employed in other areas such as medical devices (MD-QMS). Taken together, Quantum Technology Governance I and II are designed to serve both as an accessible entry point and as an advanced reference work for those engaged in shaping the future of quantum technologies. With contributions from leading experts across disciplines (including engineering, law and ethics) and various jurisdictions, the series advances a general (and nuanced) understanding of how governance can respond to the technical, legal, and ethical demands of the quantum era.