Ausloos, M; Lambiotte, R; Scharnhorst, A; Hellsten, I Andrzej Pekalski networks of scientific intersets with internal degrees of freedom through self-citation analysis INTL JOUR OF MODERN PHYSICS C, 19 (3): 371-384 MAR 2008

[Eugene Garfield]

E-mail Address: Marcel.Ausloos at ulg.ac.be; Renaud.Lambiotte at ulg.ac.be; 
andrea.scharnhorst at vks.knaw.nl; iina.hellsten at falw.vu.nl 

Author(s): Ausloos, M (Ausloos, M.); Lambiotte, R (Lambiotte, R.); 
Scharnhorst, A (Scharnhorst, A.); Hellsten, I (Hellsten, I.) 

Title: Andrzej Pekalski networks of scientific intersets with internal 
degrees of freedom through self-citation analysis 

Source: INTERNATIONAL JOURNAL OF MODERN PHYSICS C, 19 (3): 371-384 MAR 
2008 

Language: English 

Document Type: Article
 
Author Keywords: scientometry; sex male; network; publications; citations; 
optimal percolation method 

Keywords Plus: MAGNETIC LATTICE-GAS; EVOLVING POPULATION; OXYGEN 
DIFFUSION; MONTE-CARLO; MODEL; TEMPERATURE; EVOLUTION; DYNAMICS 

Abstract: Old and recent theoretical works by Andrzej Pekalski (APE) are 
recalled as possible sources of interest for describing network formation 
and clustering in complex (scientific) communities, through self-
organization and percolation processes. Emphasis is placed on APE self-
citation network over four decades. The method is that used for detecting 
scientists' field mobility by focusing on author's self-citation, co-
authorships and article topics networks as in Refs. 1 and 2. It is shown 
that APE's self-citation patterns reveal important information on APE 
interest for research topics over time as well as APE engagement on 
different scientific topics and in different networks of collaboration. 
Its interesting complexity results from "degrees of freedom" and external 
fields leading to so called internal shock resistance. It is found that 
APE network of scientific interests belongs to independent clusters and 
occurs through rare or drastic events as in irreversible "preferential 
attachment processes", similar to those found in usual mechanics and 
thermodynamics phase transitions. 

Addresses: GRAPES, B-4000 Liege, Belgium; VKS KNAW, Royal Netherlands Acad 
Arts & Sci, Virtual Knowledge Studio Human & Social Sci, NL-1019 AT 
Amsterdam, Netherlands; Fac Earth & Life Sci FALW, NL-1018 HV Amsterdam, 
Netherlands
 
Reprint Address: Ausloos, M, GRAPES, B5a Sart Tilman, B-4000 Liege, 
Belgium. 

E-mail Address: Marcel.Ausloos at ulg.ac.be; Renaud.Lambiotte at ulg.ac.be; 
andrea.scharnhorst at vks.knaw.nl; iina.hellsten at falw.vu.nl 

Cited Reference Count: 40 

Times Cited: 0 

Publisher: WORLD SCIENTIFIC PUBL CO PTE LTD 

Publisher Address: 5 TOH TUCK LINK, SINGAPORE 596224, SINGAPORE 

ISSN: 0129-1831 

29-char Source Abbrev.: INT J MOD PHYS C 

ISO Source Abbrev.: Int. J. Mod. Phys. C 

Source Item Page Count: 14 

Subject Category: Computer Science, Interdisciplinary Applications; 
Physics, Mathematical 

ISI Document Delivery No.: 300RJ 

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