Massachusetts Institute of Mathematics
We conduct basic and applied research of mathematics, physics and computer science. Our main research areas are category theory, superstring theory, and artificial intelligence.
01
Category Theory
Our research in category theory represents a pinnacle of abstract mathematical inquiry, pushing the boundaries of our understanding of algebraic structures. This extends classical category theory to various mathematics fields, providing a robust framework for modeling all things/phenomena.
02
Our research in superstring theory focuses on the cutting-edge concept of string computers, which aims to harness the unique properties of one-dimensional extended objects (strings) for computational purposes. This work sits at the intersection of theoretical physics, computer science, and advanced mathematics.
Superstring Theory
03
Artificial Intelligence
Our AI research program integrates cutting-edge machine learning techniques with sophisticated mathematical frameworks derived from category theory. This unique approach aims to develop AI systems with enhanced reasoning capabilities, improved generalization, and more robust theoretical foundations.
Whitepapers
Article for 2030s
Categorical quantum mechanics and FTQC are two related topics that explore the foundations and applications of quantum computation using mathematical and computational tools.
Article for 2040s
The main question that this article aims to explore is whether AGI and M-Theory are compatible or incompatible, and what implications this has for the possibility of creating and understanding artificial intelligence with quantum gravity.
New York General Group