Albert-László Barabási, PhD, Distinguished University Professor and Director of the Northeastern University Center for Complex Network Research. Professor Barabási is a faculty member of Northeastern University’s College of Computer and Information Science and the Departments of Physics and Biology. He is also affiliated with the Harvard Medical School, Brigham and Women’s Hospital, and the Center for Cancer Systems Biology (CCSB) at the Dana-Farber Cancer Institute.
Professor Barabási’s seminal work led to the understanding of the common structure of diverse complex systems: natural, technological, and social. He has received numerous prestigious awards for his scale-free networks model, which, because it reveals the mathematical core of complex systems, is considered a paradigm shift. It explains explains how complex systems emerge, why they have a consistent hub structure, and why scale-free networks are powerful predictors.
Science for the Public recorded Scale-Free Complex Networks: Albert-László Barabási August 05, 2013 at the Center for Complex Network Research lab at Northeastern University. In this video, Dr. Barabási describes the discovery of scale-free networks, their predictable hub structure, and the development of the Barabási-Albert model. He explains how complex networks emerge and function, and how apparently disparate category items are actually related, as in the now-famous “diseasome.”
Dr. Barabási has written a number of popular books on complex systems, including the best-seller Linked: The New Science of Networks. Familiar examples include the World Wide Web, social networks, and disease patterns.
Books by A-L Barabasi. Professor Barabási is the author of both technical and popular books. His best-seller (2002) Linked: The New Science of Networks has been published in eleven languages, and Bursts: The Hidden Pattern Behind Everything We Do (2010) has been translated into five languages. Here is link to Prof. Barabasi’s work-in-progress, an innovative online introductory textbook on networks (free to the world!) He is also the co-author of Fractal Concepts in Surface Growth and the co-editor of The Structure and Dynamics of Networks. His work-in-progress, an online textbook, can be examined on his website.