University of Notre Dame / Eo¨tvo¨s University / /
IndustryTerm
semicircle law / quantitative tools / large systems / self-similar systems / scalefree network / real-life networks / power-law decay / scientific collaboration networks / social and biological networks / power-law degree distribution present / natural and social systems / algebraic tools / search engines / real-world networks / real networks / scale-free network / power-law tails / power law / semi circle law / scale-free networks / large enough systems / metabolic network / smallworld networks / main algebraic tool / power-law tail / quantum-mechanical systems / correlated systems / power-law function / /
Organization
American Physical Society / National Science Foundation / Eo¨tvo¨s University / Institut Curie / Institute for Advanced Study / Department of Physics / Department of Biological Physics / U.S. Securities and Exchange Commission / University of Notre Dame / /
Person
Imre Dere´nyi / J. Farkas / Paul Erdo / /
Position
random graph model of Erdo / model / and the scale-free network / /
PHYSICAL REVIEW E, VOLUME 64, [removed]Spectra of ‘‘real-world’’ graphs: Beyond the semicircle law Ille´s J. Farkas,1,* Imre Dere´nyi,2,3,† Albert-La´szlo´ Baraba´si,2,4,‡ and Tama´s Vicsek1,2,§ 1