12.02.2018 11:59 Age: 304 days
Category: Publications
By: Guillaume St-Onge

Paper published in Phys. Rev. E


(Top) An illustration of the rewiring mechanism. (Bottom) Threshold value for the transmission rate of a disease to produce an epidemic outbreak as a function of the rewiring rate.

The latest contribution of the Networks section is available in the February issue of Physical Review E.

The paper entitled "Phase transition of the susceptible-infected-susceptible dynamics on time-varying configuration model networks" revisits the critical phenomenon of the SIS model on time-varying networks, a standard prototype for the study of epidemic outbreaks. The contribution introduces a new theoretical framework that accurately describes the phase transition for a wide range of structures and provides a comprehensive study of the impact of networks evolution through the use of a rewiring mechanism.

Links to the full text and preprints are also available on the Publication page.