László Barabási is the Robert Gray Dodge Professor of Network Science and a Distinguished University Professor of Physics. He investigates biological networks, science of success, applications of control theory to networks, development of network models of resiliency in systems.
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177 Huntington Ave, 11th floor
Boston, MA 02115
Boston, MA 02115
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László
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Google Scholar
GithubRecent publications
Nature Communications
November 27, 2020
Scientific Reports volume
October 1, 2020
arXiv
August 9, 2020
Featured media
News@Northeastern
January 4, 2021
The Vulnerable Can Wait. Vaccinate the Super-Spreaders FirstThe Vulnerable Can Wait. Vaccinate the Super-Spreaders First
WIRED
November 10, 2020
New tool from Barabási Lab: ERTrack, a real-time map of ER and urgent care wait times in the USNew tool from Barabási Lab: ERTrack, a real-time map of ER and urgent care wait times in the US
NetSI News
April 29, 2020
Network scientists identify 40 new drugs to test against COVID-19Network scientists identify 40 new drugs to test against COVID-19
News@Northeastern
April 2, 2020
Do women publish less than men in scientific fields? Turns out, scientists have been asking the wrong question. Do women publish less than men in scientific fields? Turns out, scientists have been asking the wrong question.
News@Northeastern
March 5, 2020
150 years of science in a cosmic web of paper trails150 years of science in a cosmic web of paper trails
News@Northeastern
November 14, 2019
"Quantifying Reputation and Success in Art" receives Best Published Paper Award"Quantifying Reputation and Success in Art" receives Best Published Paper Award
NetSI News
August 19, 2019
What can 3D printing tell us about the human brain? What can 3D printing tell us about the human brain?
News@Northeastern
November 28, 2018
Wall Street Journal
November 8, 2018
Scientists decode what makes a New York Times bestsellerScientists decode what makes a New York Times bestseller
News@Northeastern
April 6, 2018
Associated Projects
how groups coordinate, seek knowledge, optimize and reach success
role of cellular and sub-cellular connections in biological function and disease
