On June 4, Japan and the United States announced that both countries have reached an agreement to establish a $1 billion partnership to accelerate the development of emerging technologies powered by artificial intelligence (AI).
Under this agreement, Japan will become the first international partner in the “Genesis Mission,” an international initiative led by U.S. President Donald Trump, aimed at leveraging AI to expedite scientific discoveries. Both countries will jointly invest $500 million each over the span of five years.
This collaboration paves the way for scientists from Japan and the U.S., as well as leading research institutes from both nations, to work closely together on advanced technologies such as quantum computing, fusion energy, and automated laboratory systems.
Additionally, the cooperation covers biotechnology, advanced materials, and particle physics projects, all overseen by Japan’s science and industry-related agencies in collaboration with the U.S. Department of Energy (DOE).
Dario Gil, Under Secretary for Science at DOE, stated that this partnership will allow industries, academic institutions, and charitable organizations from both countries to participate, aiming to enhance R&D activities with AI technology.
Gil, as the head of the Genesis Mission, noted that this collaboration will reinforce the roles of Japan and the U.S. as global technology leaders and exemplifies the power of cooperation based on trust, potential, and a shared vision.
For Japan, this partnership will provide access to U.S. scientific and technological resources, including top-tier supercomputers.
According to Kyodo News, amid intensifying technology competition between the U.S. and China, the Genesis Mission was launched last November to double the U.S.’ scientific productivity within ten years using AI.
The project encompasses 26 challenges, ranging from quantum algorithm development and strengthening leadership in data centers to developing underground strategic energy sources and preventing the spread of nuclear materials.
