Takahiro Hara（Professor, Graduate School of Information Science and Technology, The University of Osaka）

To ensure that the vast volumes of data in the fields of science and industry can be leveraged to create new scientific, social, and economic value, it is essential to develop new concepts and approaches in which mathematics and mathematical sciences are integrated with artificial intelligence (AI) and informatics. A mathematical modeling approach (using mathematical models to identify the mechanisms underlying real-world phenomena) can be combined with a data-driven approach (such as machine learning) in a complementary manner to generate innovative next-generation AI technology, bringing us closer to a new information society in which IT blends harmoniously with society and people.
To surmount the limitations and difficulties of existing AI technology and promote R&D for creating new value, this Research Area will aid young researchers engaging in innovative Research Projects, which integrate AI and informatics with mathematics and mathematical sciences (and other scientific fields) to enhance AI technology and expand its scope of application. Rather than Research Projects on traditional AI technology (or informatics), we will promote innovative Research Projects that explore new approaches to make effective use of big data and AI based on the knowledge from informatics and mathematical science. These include challenging projects based on new concepts and paradigm, which fuse AI (or informatics), mathematical science, and other research fields, as well as their application fields. The topics of interest include (but not limited to) neuro-symbolic AI, foundation models, human-in-the-loop models, and synthetic AI. Our focus also includes innovative AI technology in the quantum paradigm, such as AI solutions in quantum computing.
We will prioritize talent development in facilitating such research. In other words, we will provide opportunities for young researchers in disparate fields to engage with one another with a view to cultivating a body of researchers who lead advanced research and to building a researcher network that will enable collaborative research in the future.