In 2016, SFI External Professor Jessika Trancik and colleagues published a paper in the inaugural issue of Nature Energy showing that when it comes to electric vehicles, “range anxiety” is unfounded. Trancik’s paper has now been selected by Nature Energy Chief Editor Nicky Dean as one of his favorites from the past five years.
Nature Communications has selected SFI research into information and sociopolitical development for its Social Sciences Focus.
Rajiv Sethi and Brendan O’Flaherty argue that successful police reform begins when we grasp the complex systems that underly current departments, in their latest op-ed in The Bridge.
In a Journal of Statistical Mechanics paper published in July 2020, Paul Krapivsky and SFI Professor Sidney Redner report an idealized model for the optimal strategy to park in the very best spot that’s closest to your destination. The paper was selected by Physics World as one of "The 10 quirkiest physics stories of 2020."
What does ecological thinking look like? For SFI Science Board Member Simon A. Levin, adopting an ecological perspective involves thinking about the interplay between interdependence and adaptation. His op-ed appears in the Winter 2020 issue of The Bridge.
Science is slowly shifting away from equations toward algorithms, writes W. Brian Arthur in an essay published by the Beijer Institute of Ecological Economics. Thinking algorithmically, he says, gives researchers a way to study ideas like unpredictability and emergence.
What types of infrastructure improvements will it take to speed the adoption of electric vehicles (EVs)? In a Nature Energy paper published January 21, SFI External Professor Jessika Trancik and her co-authors at MIT report a new methodology designed to identify which locations for vehicle charging stations could be prioritized
Scientists rarely have the historical data they need to see exactly how nodes in a network became connected. But a new paper by SFI's George Cantwell offers hope for reconstructing the missing information, using a new method to evaluate the rules that generate network models.
In a perspective piece published in Nature Machine Intelligence in January 2021, SFI External Professor Stephanie Forrest and co-author describe how evolutionary computation compares to biological evolution — and how it diverges in three key ways.
If we understand city laws, SFI's Chris Kempes and Geoffrey West argue in their op-ed at The Bridge, they can help us navigate the pitfalls of our rapidly urbanizing world — including planning for pandemics like COVID-19.
Studying ancient food webs can help scientists reconstruct communities of species, many long extinct, and even use those insights to figure out how modern-day communities might change in the future. There’s just one problem: only some species left enough of a trace for scientists to find eons later, leaving large gaps in the fossil record — and researchers’ ability to piece together the food webs from the past.
A new paper by paleoecologist Jack Shaw, SFI's Jennifer Dunne, and other researchers shines a light on those gaps and points the way to how to account for them.
What makes an explanation good enough? As a personal matter, people have different answers to this question, and not all of them agree, says a new paper in Trends in Cognitive Sciences by Simon DeDeo and Zachary Wojtowicz. The authors use Bayes’ Rule, a famous theorem in probability and statistics, to investigate what we value in scientific and moral explanations.
Parts of the planet that are diverse biologically and culturally are even more diverse than you’d expect. A group of SFI collaborators developed a theory to show why richer environments are also more complex environments, where you tend to find more species and languages.
The use and spread of disinformation has quickly eroded trust in institutions that serve as the bedrocks of our society, such as science, the media, and government.
In a white paper for the Computing Community Consortium (CCC), a group of researchers including SFI's Joshua Garland and Elizabeth Bradley outline steps to begin dealing with the disinformation problem.
It’s widely assumed within the evolutionary biology field that weak selection provides an advantage to an organism’s ability to evolve. But new research, published in the journal Science, may offer the first experimental proof that strong selection pressure enhances an organism's evolvability, by boosting robustness.