ЦНАИ ИВ РАН / CSAI IOS RAS

🇺🇸🇯🇵US, Japan formalize AI strategic cooperation 🟢On June 4, in Washington, the US Department of Energy and Japan's Ministry of Education, Culture, Sports, Science and Technology and Ministry of Economy, Trade and Industry formalized a five-year strategic partnership under the US's Genesis Mission program. The total investment announced amounts to $1 billion, with each side contributing $500 million by 2031. The agreement covers artificial intelligence (AI), supercomputing, quantum technologies, materials science, biotechnology, energy, and autonomous laboratories. The primary objective is to establish an allied scientific and computational infrastructure that can accelerate the development of critical technologies. 🟢Launched in the United States in November 2025, the Genesis Mission is a program that aims to use AI to accelerate scientific discovery. It is founded on a secure environment integrating national laboratories, supercomputers, experimental facilities, cloud computing resources, and large scientific data repositories. Within this framework, AI is expected to analyze data, generate hypotheses, run simulations, manage robotic experiments, and refine subsequent research cycles. For Washington, this model transforms scientific infrastructure into an instrument of technological leadership. 🟢Japan became the first foreign participant in the Genesis Mission, highlighting its special status within America's network of scientific and technological alliances. The project involves 11 joint research teams, 12 US national laboratories, one US Department of Energy user facility, and 12 Japanese research organizations. Areas of cooperation include AI- and robotics-based autonomous laboratories, accelerator physics, materials for batteries and microelectronics, fusion energy, biotechnology, and digital energy-system models. The agreement also provides for reciprocal access to computing resources, including US high-performance computing systems and Japan's Fugaku supercomputer. 🟢The agreement provides Japan with access to the US national laboratory system and strengthens its position in areas where it seeks to regain technological advantages, including semiconductors, quantum technologies, robotics, precision equipment, and advanced materials. In turn, the United States gains access to Japanese expertise in engineering, supercomputing, materials science, and experimental physics. Essentially, the two countries are establishing a closed, allied ecosystem in which data, computing power, and research teams will operate within a framework of long-term technological cooperation. This approach aligns with the US's broader strategy of building trusted development networks around allied nations. 🟢By 2031, the partnership's significance will be measured by tangible outcomes, such as autonomous laboratory prototypes, new materials, energy models, industry-specific AI systems, and the commercial deployment of resulting technologies. Washington and Tokyo aim to shorten the path from scientific discovery to technological application in fields linked to economic and defense capabilities. More broadly, the agreement reflects a shift toward an alliance-based model of scientific competition in which advanced technologies are developed within a limited circle of trusted partners. If the program achieves its stated objectives, the United States and Japan will have an additional means of competing with China over technological standards, infrastructure, and the pace of technological development. #CSAI #AsiaPacific