Scientific co-authorship networks
Marjan Cugmas, Anu\v{s}ka Ferligoj, Luka Kronegger

TL;DR
This paper analyzes the stability of Slovenian scientific co-authorship networks over two decades using advanced blockmodeling and stability indices, revealing discipline-specific and researcher characteristic influences.
Contribution
It introduces a comprehensive method for assessing co-authorship network stability over time, accounting for core merging, splitting, newcomers, and departures, with application to Slovenian research data.
Findings
Identified stability and instability patterns in research disciplines.
Quantified the impact of researcher characteristics on network stability.
Demonstrated the effectiveness of modified Rand and Wallace indices in network analysis.
Abstract
The paper addresses the stability of the co-authorship networks in time. The analysis is done on the networks of Slovenian researchers in two time periods (1991-2000 and 2001-2010). Two researchers are linked if they published at least one scientific bibliographic unit in a given time period. As proposed by Kronegger et al. (2011), the global network structures are examined by generalized blockmodeling with the assumed multi-core--semi-periphery--periphery blockmodel type. The term core denotes a group of researchers who published together in a systematic way with each other. The obtained blockmodels are comprehensively analyzed by visualizations and through considering several statistics regarding the global network structure. To measure the stability of the obtained blockmodels, different adjusted modified Rand and Wallace indices are applied. Those enable to distinguish between the…
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