Observing that most social networks are clustered, the literature often argues that agents are more willing to form links that close triangles. We challenge this idea by proposing a simple model of new collaboration formation that shows why network clustering may arise even though agents do not “like” network closure. We address empirically this question on the longitudinal evolution of the French co-invention network, and find that two inventors are less likely to form a first research collaboration when they have common partners. Our findings further reveal the preferences of inventors towards forming non-redundant connections. © 201
R.K.D. and S.F. gratefully acknowledge MULTIPLEX, Grant No. 317532 of the European Commission
International audienceBased on patent data in the field of genomics between 1990 and 2010, we invest...
International audienceWe discuss the common hypothesis of complete graph representation according to...
International audienceObserving that most social networks are clustered, the literature often argues...
International audienceObserving that most social networks are clustered, the literature often argues...
International audienceObserving that most social networks are clustered, the literature often argues...
International audienceObserving that most social networks are clustered, the literature often argues...
International audienceObserving that most social networks are clustered, the literature often argues...
The triad is one of the most basic human groups in social networks. Understanding factors affecting ...
International audienceThis paper contributes to an emerging literature aiming to understand the beha...
Mechanisms such as triadic closure and preferential attachment drive the evolution of social network...
We discuss the common hypothesis that, in collaborative projects, all partners interact with each ot...
This paper contributes to an emerging literature aiming to understand the behavioral patterns that l...
International audienceBased on patent data in the field of genomics between 1990 and 2010, we invest...
International audienceBased on patent data in the field of genomics between 1990 and 2010, we invest...
R.K.D. and S.F. gratefully acknowledge MULTIPLEX, Grant No. 317532 of the European Commission
International audienceBased on patent data in the field of genomics between 1990 and 2010, we invest...
International audienceWe discuss the common hypothesis of complete graph representation according to...
International audienceObserving that most social networks are clustered, the literature often argues...
International audienceObserving that most social networks are clustered, the literature often argues...
International audienceObserving that most social networks are clustered, the literature often argues...
International audienceObserving that most social networks are clustered, the literature often argues...
International audienceObserving that most social networks are clustered, the literature often argues...
The triad is one of the most basic human groups in social networks. Understanding factors affecting ...
International audienceThis paper contributes to an emerging literature aiming to understand the beha...
Mechanisms such as triadic closure and preferential attachment drive the evolution of social network...
We discuss the common hypothesis that, in collaborative projects, all partners interact with each ot...
This paper contributes to an emerging literature aiming to understand the behavioral patterns that l...
International audienceBased on patent data in the field of genomics between 1990 and 2010, we invest...
International audienceBased on patent data in the field of genomics between 1990 and 2010, we invest...
R.K.D. and S.F. gratefully acknowledge MULTIPLEX, Grant No. 317532 of the European Commission
International audienceBased on patent data in the field of genomics between 1990 and 2010, we invest...
International audienceWe discuss the common hypothesis of complete graph representation according to...