'Degree of Kevin Bacon' gene provides possible basis for central players in group connectedness

A team of biologists and geneticists at the University of Toronto at Mississauga has found a possible genetic basis for a central player in group connectedness. In their study, published in the journal Nature Communications, the group conducted genetic experiments with fruit flies.

The continuous expansion of citizen participation: a new taxonomy‡ | European Political Science Review | Cambridge Core

The continuous expansion of citizen participation: a new taxonomy‡ - Volume 10 Issue 1

Waterhouse | CHI '09 Extended Abstracts on Human Factors in Computing Systems

Positive algorithmic bias cannot stop fragmentation in homophilic networks

Fragmentation, echo chambers, and their amelioration in social networks have been a growing concern in the academic and non-academic world. This paper shows how, under the assumption of homophily, echo chambers and fragmentation are system-immanent phenomena of highly flexible social networks, even under ideal conditions for heterogeneity. We achieve this by finding an analytical, network-based solution to the Schelling model and by proving that weak ties do not hinder the process. Furthermore, we derive that no level of positive algorithmic bias in the form of rewiring is capable of preventing fragmentation and its effect on reducing the fragmentation speed is negligible.