This paper investigates the impact of the social environment to which a Ph.D. student is exposed on her scientific productivity during the training period. Vertical and horizontal relationships depict the social environment. Vertical relationships are those supervisor-student, while horizontal relationships are those student-peers. We characterize these relationships by assessing how the supervisor’s and peers’ biographic and academic characteristics relate to the student’s productivity as measured by the publication quantity, quality, and scientific network size. Unique to our study, we cover the entire student population of a European country for all the STEM fields. Specifically, we analyse the productivity of 77,143 students who graduat...
The purpose of this study was to seek further understanding of how field of study moderated the pred...
We analyse academic success using a genealogical approach to the careers of over 95,000 scientists i...
We analyse academic success using a genealogical approach to the careers of over 95,000 scientists i...
This paper investigates the impact of the social environment to which a Ph.D. student is exposed on ...
We compare the scientific productivity of PhD students who are hired from a fine-grained set of mutu...
We compare the scientific productivity of PhD students who are hired from a fine-grained set of mutu...
We explored the social shaping of science at the micro-level reality of face-to-face interaction in ...
We compare the scientific productivity of PhD students who are hired from a fine-grained set of mutu...
We compare the scientific productivity of PhD students who are hired from a fine-grained set of mutu...
Current practices of quantifying academic performance by productivity raise serious concerns about t...
This article provides an explanation for previously observed gender differences in scientific perfor...
This survey investigates some of the social determinants of educational productivity. A theory with ...
Maximising research productivity is a major focus for universities world-wide. Graduate research pro...
The purpose of this study was to seek further understanding of how field of study moderated the pred...
We analyse academic success using a genealogical approach to the careers of over 95,000 scientists i...
We analyse academic success using a genealogical approach to the careers of over 95,000 scientists i...
This paper investigates the impact of the social environment to which a Ph.D. student is exposed on ...
We compare the scientific productivity of PhD students who are hired from a fine-grained set of mutu...
We compare the scientific productivity of PhD students who are hired from a fine-grained set of mutu...
We explored the social shaping of science at the micro-level reality of face-to-face interaction in ...
We compare the scientific productivity of PhD students who are hired from a fine-grained set of mutu...
We compare the scientific productivity of PhD students who are hired from a fine-grained set of mutu...
Current practices of quantifying academic performance by productivity raise serious concerns about t...
This article provides an explanation for previously observed gender differences in scientific perfor...
This survey investigates some of the social determinants of educational productivity. A theory with ...
Maximising research productivity is a major focus for universities world-wide. Graduate research pro...
The purpose of this study was to seek further understanding of how field of study moderated the pred...
We analyse academic success using a genealogical approach to the careers of over 95,000 scientists i...
We analyse academic success using a genealogical approach to the careers of over 95,000 scientists i...