Exploring the architecture of intelligence.
I study and design systems at the edge of computation.
My work centers on the idea that intelligence, language, and mathematics are structured mechanisms — and that deeper models of computation may unlock new dimensions of reasoning.
- Foundations of artificial intelligence
- Higher-dimensional computational systems
- Programming language design
- Theoretical machine learning
- Mathematical structures underlying physics
- Developing experimental computational models
- Investigating reliability limits of generative AI
- Designing structured directional programming paradigms
- Studying advanced mathematics and physics
To contribute to foundational advances in:
- Computational theory
- Artificial general intelligence
- Quantum computing
- Mathematical problem solving at scale
Engineering deeper layers of intelligence.

