Citation

Ho TM, Nguyen HV, Vuong TT, Dam QM, Pham HH, Vuong QH. F1000Res. 2017; 6: e1559.

Affiliation

Centre for Interdisciplinary Social Research, Western University Hanoi (ĐH Thành Tây), Hanoi, 100000, Vietnam.

Copyright

(Copyright © 2017, F1000 Research)

DOI

10.12688/f1000research.12404.1

PMID

28928958

PMCID

PMC5590089

Abstract

BACKGROUND: Collaboration is a common occurrence among Vietnamese scientists; however, insights into Vietnamese scientific collaborations have been scarce. On the other hand, the application of social network analysis in studying science collaboration has gained much attention all over the world. The technique could be employed to explore Vietnam's scientific community.

METHODS: This paper employs network theory to explore characteristics of a network of 412 Vietnamese social scientists whose papers can be found indexed in the Scopus database. Two basic network measures, density and clustering coefficient, were taken, and the entire network was studied in comparison with two of its largest components.

RESULTS: The networks connections are very sparse, with a density of only 0.47%, while the clustering coefficient is very high (58.64%). This suggests an inefficient dissemination of information, knowledge, and expertise in the network. Secondly, the disparity in levels of connection among individuals indicates that the network would easily fall apart if a few highly-connected nodes are removed. Finally, the two largest components of the network were found to differ from the entire networks in terms of measures and were both led by the most productive and well-connected researchers.

CONCLUSIONS: High clustering and low density seems to be tied to inefficient dissemination of expertise among Vietnamese social scientists, and consequently low scientific output. Also low in robustness, the network shows the potential of an intellectual elite composed of well-connected, productive, and socially significant individuals.

Language: en

Keywords

Social network analysis; network characteristics; network visualization; research output.; science collaboration