California Institute of Technology / University of California / National Institute / Harvard University / /
IndustryTerm
uman social networks / typical school network / power-law distribution / school friendship networks / mirror network / human social network / economic and social networks / real social network / social and biological networks / large social network / star network / biological networks / fixed social network / large networks / human networks / real human social networks / human social networks / social networks / real social networks / random network / larger networks / variation in degree distributions across networks / power-law tail / random networks / real and simulated networks / /
Movie
Birds of a feather / /
Organization
Harvard Medical School / California Institute of Technology / Harvard University / Editorial Board / National Institute / National Science Foundation / Stat Assoc / Santos FC / National Academy of Sciences / Department of Sociology / University of California / San Diego / /
Person
Colin F. Camerer / Christopher T. Dawesa / James H. Fowlera / Nicholas A. Christakisb / /
Position
Author / editor / C.T.D. / non-cooperative model of network formation / /
Model of genetic variation in human social networks James H. Fowlera,1, Christopher T. Dawesa, and Nicholas A. Christakisb aDepartment of Political Science, University of California, San Diego, CA 92093; and bDepartment