Research

Our core aim is to provide innovative mathematical and intelligent computing solutions, specifically geometric processing and AI algorithms, for fundamental research and cutting-edge engineering applications. Our focus areas encompass metamaterial design and conformable electronic skin.

We aim to develop novel artificial intelligence generative models and optimization methods that overcome current limitations in modeling precision, user interactivity, and computational efficiency, thereby providing intelligent driving forces for cutting-edge fields such as digital 3D asset creation.

This research is dedicated to the deep integration of AI and mathematics, expanding the boundaries of human mathematical understanding through automated reasoning, conjecture generation, and proof assistance.

This research focuses on the core algorithms of digital geometry processing, aiming to model, analyze, and efficiently reconstruct 3D geometric data, thereby providing key technological support for fields such as computer graphics, industrial simulation, and intelligent manufacturing.