Scientific outreach

Functional observability of large-scale networks

This short animation illustrates the mathematical developments behind our theory of functional observability, a property that establishes the conditions under which the state of a group of nodes can be inferred from measurement data.

For more details, check the related paper here.

The physics and diversity behind flocking

The mesmerizing collective behavior of animals in flocks, schools, and herds has captivated humans for generations. Few realize that, behind the scenes, there are networks that drive their motion. As Ana Barioni and I explain in this video, these networks take shape in how agents—such as birds, fishes, and sheeps—interact with their peers.This video was awarded and broadcasted at the NetSci 2024, at Québéc, Canada.

Videos

Scientific outreach

Functional observability of large-scale networks

This short animation illustrates the mathematical developments behind our theory of functional observability, a property that establishes the conditions under which the state of a group of nodes can be inferred from measurement data.

For more details, check the related paper here.

The physics and diversity behind flocking

Recordings of talks

Functional observability and target state estimation in large-scale networks

Recording of my invited talk at the UWA Complex Systems Seminar, hosted by Michael Small at the University of Western Australia.

For more details, check the related paper here.