
AI-generated summary
The plan was jointly released by Zhejiang Laboratory and Science/AAAS at the 6th Intelligent Computing Innovation Forum. The core of the plan is to explore the deep integration path of artificial intelligence and mathematics research.
China News Service, Hangzhou, October 14 (Bao Mengni) On October 14, at the 6th Intelligent Computing Innovation Forum co-organized by Science/AAAS and Jiang Laboratory, Li Jianshu, academician of the Chinese Academy of Sciences and director of the Institute for Advanced Mathematics of Zhejiang University, and Wang Jian, academician of the Chinese Academy of Engineering and director of the Zhejiang Laboratory, jointly launched the "Future Mathematics Plan."
It is reported that the plan will focus on the two-way empowerment of AI and mathematics and will focus on four aspects of open innovation. The first is to develop basic mathematical models so that the models have the ability to integrate knowledge from various branches of mathematics, and at the same time promote mathematical reasoning capabilities to become the underlying capabilities of basic scientific models. The second is to carry out formal verification research to make the mathematical content generated by AI verifiable, cumulative and reusable, providing support for reliable mathematical reasoning and exploration of cutting-edge issues. The third is to study the mathematical mechanism behind AI. Explore and explain key issues such as learning, generalization, and long-chain reasoning of AI models in principle, and use new theories to promote the development of AI frontiers. The fourth is to promote basic mathematics abilities to empower other disciplines, explore better integration of mathematical theory into interdisciplinary scientific research, and provide support for the entire basic subject system.
Li Jianshu said that in the face of a new era, the "Future Mathematics Plan" will establish a completely open innovation cooperation mechanism. It is hoped that scientific research institutions focusing on AI innovation, professional mathematics research institutions and teams, private enterprises with innovative energy and practical capabilities, and individuals with a passion for mathematics and artificial intelligence can participate in the plan, establish an "AI + mathematics" innovation community, explore new paths for the deep integration and development of mathematics research and AI, and promote the development of basic research and scientific frontiers.
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