Our Applied Mathematics program combines the power of mathematics and computers to tackle real-world problems. With a focus on combinatorics, topology, number theory, numerical analysis, mathematical modeling and mathematical physics, we're breaking new ground in mathematical research.

These exciting and highly interconnected fields of study are an essential research area that underpins current computer science and information science. For example, the elliptic j-function, a crucial concept in number theory, is a function constructed from an elliptic curve, which is a fascinating geometric object. When expanded into an infinite series, its coefficients are associated with a combinatorial object called the "Monster Group". Many Fields medals have been awarded for research on the elliptic j-function. In our laboratory, we conduct small seminars where members present specialized literature to deepen their understanding. Additionally, we use computers to aim for the discovery of new mathematical phenomena. This approach is highly effective in the data science field, where there is a strong demand for the creation and construction of mathematical theories that are closely related to data science.