Global AI Roadmap: 17 Nations Chart Course for Future Science Research!

The ‘Kyoto Vision for a Golden Age of Science’ declaration, endorsed by 17 countries, was officially signed yesterday at the Science and Technology in Society (STS) Forum in Kyoto. This significant government AI research agenda is built around four fundamental pillars: enhanced access to scientific data, robust computing infrastructure, unwavering research integrity, and comprehensive technical training.

Central to the declaration is the adoption of the White House’s new term, ‘super intelligence’ (SI), for tools that ministers believe will significantly accelerate research tasks and unlock new forms of scientific inquiry. Michael Kratsios, Director of the White House Office of Science and Technology Policy, emphasized the transformative potential, stating, “Super intelligence applied to science will be the greatest force in history for democratising research. Seizing this moment requires us to reinvigorate our research enterprises and leverage new institutional models for discovery.” The commitments of the signatories are specifically aimed at government-supported science, detailing how public institutions will fund research and cultivate the necessary human capital.

For public-sector research organizations, the program aims to seamlessly integrate AI capabilities with the resources accessible to researchers and the governing standards of scientific work. Ministers committed to substantially expanding researchers’ access to SI tools, scientific data, computing infrastructure, and experimental facilities, considering these as essential requirements for conducting research at the scale envisioned. Proposed applications of SI include sophisticated reasoning across vast bodies of knowledge, constructing higher-fidelity models of physical and biological systems, and executing autonomous closed-loop discovery and experimentation. The White House anticipates autonomous experimentation at scale as a key capability of SI applied to science. It is important to note these are proposed research directions, and the declaration refrains from specifying exact data-access rules or computing allocations, leaving the operational arrangements for these access commitments undefined.

The institutional proposals offer governments a range of flexible funding options, including long-duration awards, rapid grants, and prizes and challenges. Ministers actively encouraged experimentation with research organizations that offer varying degrees of autonomy, resources, and strategic direction. They also voiced support for developing dedicated government capabilities in metascience, an empirical field focused on studying how research is conducted, organized, and funded. This explicitly incorporates the evaluation of research institutions into the broader capability-building agenda.

A critical aspect of the joint statement by the signatory countries is the strong link established between public trust and scientific rigor and integrity. Ministers pledged to uphold stringent standards for both government-supported and government-applied science, encompassing reproducibility, transparency, clear communication of error and uncertainty, and unbiased peer review. A notable commitment within this framework is the recognition of negative and null results as valuable contributions to scientific knowledge, giving the trust agenda a defined scientific basis that values findings even when they do not confirm a hypothesis. However, the declaration does not include a separate AI assurance framework or explicit evidence demonstrating that the proposed SI tools meet these stipulated standards.

Capability building extends to human resources, with an emphasis on early investment in students and early-career researchers based on merit. This includes providing them with the necessary support and freedom to pursue ambitious inquiry. Furthermore, the declaration highlights the importance of personnel involved in operating, maintaining, and improving sophisticated instrumentation, encouraging increased opportunities for hands-on experience. Joint doctoral programmes, fellowships, and collaborative research are proposed as effective routes for gaining diverse experience across various scientific environments. These comprehensive commitments address both the people and facilities required to conduct advanced research, alongside essential access to software and computing resources.

The 17 nations that endorsed the Kyoto Vision for a Golden Age of Science are Argentina, Bulgaria, Chile, Cyprus, Germany, Greece, Indonesia, Italy, Japan, Kazakhstan, Republic of Korea, New Zealand, Poland, Singapore, United Arab Emirates, United Kingdom, and United States of America. The White House positions this declaration in conjunction with its earlier report, ‘Science: A New Golden Age’, which Michael Kratsios delivered to President Trump in July 2026. That report established key directions for US government agencies concerning the conduct and funding of R&D and the measurement of its impact.