Northeastern professor and network scientist Alessandro Vespignani—a world-renowned expert who has developed computational models to predict the spread of disease—discusses the recent outbreak of Ebola virus in West Africa.
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In response to revelations of failures in the Google Flu Trends’ predictive capabilities, Northeastern University researchers examined how Big Data can best be utilized for scientific gain in a report published online on Thursday in the journal Science.
World-renowned network scientist Albert László Barabási was installed as the inaugural Robert Gray Dodge Professor of Network Science on Monday, when he delivered a lecture highlighting his research on the “science of success.”
People tend to adopt risky behaviors after getting vaccinated against transmissible diseases, but how does this behavior affect the spread of infections? In new research, Northeastern faculty are taking a closer look.
What would happen if hazardous biological research accidentally escaped the lab? Alessandro Vespignani, a Northeastern professor and world-renowned statistical physicist, conducted a computational experiment to find out.
Baruch Barzel, a post-doctoral research associate in the Center for Complex Network Science, answers some of the most fundamental questions about complex networks. The answers surprised even him.
Northeastern professors David Lazer, an authority on social networks, and Alessandro Vespignani, a world-renowned statistical physicist, addressed members of the Committee on Science, Space, and Technology in a briefing on Tuesday on Capitol Hill.
Communities with strong mutualistic interactions tend to be more resilient, according to a new study by Filippo Simini, a postdoctoral research associate in Northeastern’s Center for Complex Network Research.
On April 15 I was walking my dog in Franklin Park, a big beautiful green space just at the edge of the city. At 3:32 pm my cousin sent me […]
In new research, network scientist Alessandro Vespignani and his team show through computational modeling that a hypothetical attack involving smallpox may spread to two or four countries before the first cases are ever diagnosed.
Baruch Barzel, a postdoctoral researcher in world-renowned network scientist Albert-László Barabási’s lab, has worked out a method for mapping the interactions between cellular components, moving the team a step closer in its quest to understand, predict, and control disease.