Operator Learning Based on Geometric Classical Field Theory and Infinite Dimensional Data Science
Operator Learning Based on Geometric Classical Field Theory and Infinite Dimensional Data Science

Introduction

In recent years, the combination of machine learning and scientific computing has led to dramatic changes in scientific computing. In particular, operator learning can be a technique for discovering formulas for solutions of partial differential equations using machine learning, and it is expected to enable real-time predictions for various applications such as weather forecasting. However, the theoretical foundations of operator learning —such as understanding its physical properties and error analysis— have not yet been established. This project will integrate infinite-dimensional data science and physics to develop a trustworthy operator learning theory and methodology.

2025.03.03Conference

We held the international conference [International Conference on Scientific Computing and Machine Learning (SCML2025)] in Kyoto.

2024.09.17News

The research project "Operator Learning based on Geometric Classical Field Theory and Infinite-Dimensional Data Science" (Principal Investigator: Prof. Takaharu Yaguchi, Kobe University) has been selected for the JST CREST program in the "Prediction Mathematical Foundation" area.

2024.06.25Workshop

We held the workshop Workshop on Scientific Machine Learning and Its Industrial Applications (SMLIA2024) alongside the International Conference on Artificial Intelligence (CAI) in Singapore.

2024.03.18Seminer

We held the International Conference on Scientific Computing and Machine Learning (SCML2024) in Kyoto.

Contact

Operator Learning Based on Geometric Classical Field Theory and Infinite-Dimensional Data Science

Principal Investigator: Takaharu Yaguchi (Professor, Graduate School of Science, Kobe University)
Address: 1-1 Rokkodai-cho, Nada-ku, Kobe 657-8501, Japa
Email: yaguchi@pearl.kobe-u.ac.jp