OPEN SUBJECT AREAS: PHASE TRANSITIONS AND CRITICAL PHENOMENA APPLIED PHYSICS

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Date: 2013-10-10 12:50:53 Networks Evolving networks Network science Scale-free network Complex network Bose–Einstein condensation Random graph Degree distribution Connectivity Graph theory Network theory Mathematics		OPEN SUBJECT AREAS: PHASE TRANSITIONS AND CRITICAL PHENOMENA APPLIED PHYSICS Add to Reading List Source URL: www.barabasilab.com Download Document from Source Website File Size: 544,41 KB Share Document on Facebook

	FIRST PASSAGE PERCOLATION ON A HYPERBOLIC GRAPH ADMITS BI-INFINITE GEODESICS ITAI BENJAMINI AND ROMAIN TESSERA Abstract. Given an infinite connected graph, a way to randomly perturb its metric is to assign random i.i.d. DocID: 1xUgC - View Document
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	Random Matrices and graph counting Ken McLaughlin Random Matrices and Combinatorics DocID: 1u66k - View Document
	CDAM research report LSE-CDAMA NEW APPROACH TO THE GIANT COMPONENT PROBLEM SVANTE JANSON AND MALWINA J. LUCZAK Abstract. We study the largest component of a random (multi)graph on n vertices with a given degree DocID: 1tZeJ - View Document