Every year, hundreds of thousands of scientists spend tens of billions of dollars to organize and attend conferences.
Are scientific conferences truly worth this time and money?
The answer is yes, according to a new Northwestern University study. Scientists who interact with others during assigned sessions at conferences are more likely to form productive collaborations than scientists who do not, researchers found. And the kicker? It doesn’t matter whether the conference is in person or virtual.
“Scientific conferences are a very expensive industry,” said Northwestern’s Emma Zajdela, the study’s first author. “People often talk about whether or not we should rethink conferences. Our results suggest that the way organizers design conferences can have a direct effect on which scientific collaborations are formed and, by extension, on the direction of scientific inquiry.”
Zajdela will present the study’s results at 9:36 a.m. CDT on Thursday, March 17 at the American Physical Society (APS) March Meeting in Chicago. A pre-print of the study is now available online.
A National Science Foundation Graduate Research Fellow, Zajdela is a Ph.D. candidate in Northwestern’s McCormick School of Engineering. Daniel Abrams, a professor of engineering sciences and applied mathematics at McCormick, is the paper’s senior author and Zajdela’s adviser.
To conduct the study, Zajdela, Abrams and their collaborators developed a new mathematical model to understand and predict how scientists form collaborations at both in-person and virtual conferences. Then, they validated the model with extensive data from Scialogs, a series of scientific conferences organized by the Research Corporation for Science Advancement, aimed at promoting research, dialog and community.
The team found that interactions in assigned conference sessions — at both in-person and virtual conferences — were a significant predictor of future collaborations.
Before doing this study, we hypothesized that virtual conferences would be less effective at forming new collaborations among scientists. Instead, what we found was surprising.”
In fact, participants who formed fruitful collaborations interacted with one another 63% more at in-person conferences than participants who did not form collaborations. And participants who interacted with others in small-group settings (two to four people) at in-person conferences were eight times more likely to form new collaborations than those who did not join small-group discussions.
“Today, science is conducted by teams, so the formation of new teams is especially important,” Zajdela said. “Science isn’t done by individuals anymore. It’s more interdisciplinary and multi-institutional. We need these conferences because scientists can meet other researchers who they might never have met otherwise.”
Initially, Zajdela and Abrams tracked patterns of interactions among hundreds of scientists during 12 multiday, in-person Scialog conferences over the span of five years, including room-level participation data. But when the COVID-19 pandemic hit, most conferences, including Scialogs, shifted to a virtual format.
After applying its mathematical model to six virtual Scialog conferences, the team found that virtual conferences were just as effective — if not more effective — at encouraging interactions and, thus, sparking collaborations. Scientists who formed collaborations at in-person conferences interacted 1.6 times more than those who did not form collaborations. But participants who formed collaborations at virtual conferences interacted two times more than those who did not.
“We interpret these results as coming from the fact that scientists did not have the same opportunities for informal interaction (during breaks or meals) in the virtual conferences as they did in the in-person conferences,” Zajdela said. “Therefore, the sessions they were assigned to were the only place that they could meet people to form teams with; hence the greater importance of interaction in these sessions for team formation.”
Zajdela’s presentation is titled “The Physics of Team Formation: Modeling the Catalysis of Collaboration at In-Person and Virtual Conferences,” which is a part of the session “Physics of Social Interactions II.”
The study, “Catalyzing collaborations: Prescribed interactions at conferences determine team formation,” was supported by the U.S. Department of Agriculture (award number NACA 58-3022-0-005), the National Science Foundation (award number DGE-1842165) and the Northwestern Buffett Institute Global Impacts Graduate Fellowship. Data from the Scialog conferences were provided courtesy of the Research Corporation for Science Advancement.
