AT&T / Smith / dif- 5 II Networks / Vertex / Real networks / /
Country
United States / /
Facility
Santa Fe Institute / University of Michigan / Kiel University / /
IndustryTerm
power-law degree distribution / Genetic regulatory networks / real neural networks / Citation networks / physical network / Preference networks / friendship networks / online Internet Movie / organizational networks / vascular networks / neural networks / real-world networks / virtual networks / man-made networks / genetic regulatory network / telephone network / much larger networks / networked dynamical systems / affiliation networks / dynamical systems / collaboration network / energy / chemical reactions / coauthorship biology coauthorship telephone call graph email messages / neural network / collaborative filtering algorithms / networks information network / large network / protein interaction network / analytic tool / food web / Web search engines / free energy minima / citation network / acquaintance network / autonomous systems / Internet community Web site / power law / collection network / social networks / metabolic networks / larger networks / communication networks / metabolic network / food webs / similar networks / published networks / example network / knowledge networks / actual networks / 3D computer rendering tools / collaboration networks / Internet structure / metabolic network protein interactions marine food web / coappearance networks / network search / energy flow / public Internet / technological network / River networks / conceptual network / airline routes / studied information networks / biological systems / large networks / real world citation network / localor wide-area networks / recommender systems / regulatory networks / Web FIG / word co-occurrence Internet power grid train / marine food web freshwater food web neural network type / graph representing telephone calls / preference network / given product / electricity / physical telephone network / network / protein interactions marine food web freshwater food web / online papers / equivalent vascular networks / Web search engine / biological networks / Interaction networks / email communications / online retailers / semantic word networks / technological networks / biological network / Scale-free networks / social network / targeted advertising / software packages software classes electronic circuits peer-to-peer network / distribution networks / long-distance network / /
Organization
University of Michigan / Ann Arbor / U.S. Securities and Exchange Commission / M. E. J. Newman Department of Physics / US National Science Foundation / James S. McDonnell Foundation / Santa Fe Institute / Kiel University / /
Person
Richard Williams / Stephen Muth / Jerry Davis / Jennifer Dunne / Stephanie Forrest / Stefan Bornholdt / Neo Martinez / Larry Ruzzo / Janet Wiener / Barry Wellman / Oleg Khovayko / Jacob Moreno / Geoffrey West / Petter Holme / Michelle Girvan / Grigoriy Starchenko / Frigyes Karinthy / Peter Dodds / Elton Mayo / Alessandro Vespignani / Matthew Salganik / Duncan Callaway / Len Sander / Chris Warren / Lada Adamic / Marvel Comics / Martina Morris / James Moody / Jerry Grossman / Richard Rothenberg / Jon Kleinberg / Socalled / David Lipman / Alfred Lotka / Steve Strogatz / Sidney Redner / Randy LeVeque / Ricard Sol / Duncan Watts / Rick Durrett / A. Clustering / Stanley Milgram / Eugene Garfield / Paul Ginsparg / Cris Moore / Mark Buchanan / / /
Position
social network analyst / sociologist / author / actor / science journalist / model / writer / small-world model / /
The structure and function of complex networks M. E. J. Newman Department of Physics, University of Michigan, Ann Arbor, MI 48109, U.S.A. and