Projects
We develop mathematical models and computational tools to investigate a wide variety of real complex systems, ranging from biological to economic and socio-technological networks. We characterize these systems using massive datasets.
The geometry of complexity
SD/HD+1 models · maps and embedding tools · navigability · multiscale · dimensionality · functional patterns
Networks at the Multiscale
Length scales and distances
renormalization · self-similarity · growth and evolution
Dynamics on and of Networks
The structure-function interplay
Turing patterns · epidemics · opinion formation · decision making · network evolution
Brain Networks
Multiscale features
connectomes · communication · navigability · multiscale
Networks in Cosmology
Discretizing spacetime
directed acyclic graphs · causal sets · Milne cosmology · de Sitter spacetime
