Network Science of AI

Deciphering the network structures underlying natural and artificial learning systems through their connectivity patterns.

We explore the intersection of "Networks & AI", investigating how connectivity patterns within both natural and artificial learning systems influence learning outcomes, performance, and overall robustness. Central to this work is the exploration of the underlying mechanisms of human cognition, the evolution of AI models, and the study of the collaboration between humans and AI agents within complex environments. Our research also addresses issues of trustworthy Machine Learning in network science, to mitigate the risks of using ML and ensure transparency, fairness, and reliability in artificial intelligence systems.

Our focus

AI in Neural Networks

Read more

Trustworthy Networks

Read more

Human-AI Teams

Read more
Explore our research

Featured projects

Universal laws governing the generalization-identification tradeoff in intelligent systems

Read more

Human-AI coevolution

Read more

Topology of Intelligence: How Network Structure Drives Adaptive Learning

Read more