Mathematical Foundations of AI
Investigating the mathematical structures that shape learning, generalization, optimization, and the representation of information.
Topics: Statistics · Information theory · Optimization · Learning theory
Understanding intelligence calls for more than one discipline. These are the scientific directions that guide our exploration.
Investigating the mathematical structures that shape learning, generalization, optimization, and the representation of information.
Topics: Statistics · Information theory · Optimization · Learning theory
Exploring what brains, cognition, biological evolution, and adaptive natural processes can teach us about artificial intelligence.
Topics: Neuroscience · Cognitive science · Evolution · Adaptation
Studying how intelligent behavior arises from interacting components, collective dynamics, and self-organizing systems.
Topics: Emergence · Dynamical systems · Collective intelligence
Developing a more rigorous science of AI through falsifiable hypotheses, causal reasoning, transparent evaluations, and reproducible experiments.
Topics: Experimentation · Causality · Reproducibility · Evaluation
These areas describe our research vision and will evolve as the organization grows.