Global governance of quantum technologies refers to the establishment of international frameworks, agreements, and standards aimed at ensuring the ethical, secure, and responsible development and deployment of quantum technologies.
The lack of a unified global framework for the regulation of quantum technologies, which could lead to inconsistent or inadequate oversight, security vulnerabilities, and ethical concerns.
This involves creating regulatory bodies and guidelines that can be adopted by multiple countries. It also includes setting up mechanisms for oversight, compliance, and enforcement across national borders to address issues such as cybersecurity, privacy, and potential misuse of quantum technologies.
Manufacturing processes are not directly involved in this technology but may be influenced by its outcomes. The development of standards can guide the manufacturing practices of quantum devices and systems.
The build process involves drafting international agreements, setting up regulatory bodies, and establishing enforcement mechanisms. This includes stakeholder engagement, negotiation, and consensus-building among governments, industry, and other relevant parties.
The operational power draw is minimal for regulatory bodies (field units draw low hundreds of watts), but the manufacturing energy intensity can be high due to the complex fabrication processes required for quantum devices. Enforcement mechanisms may require significant computational resources, which could have higher energy requirements.
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