Getting the quarantine end game right means thinking about how to change thinking itself.
To forecast the spread of the novel coronavirus, we must attend to the quality and consistency of the data.
Group size matters when it comes to how many people should gather in one place. Let's use mathematical models to pin down consistent guidelines for complicated situations.
In a complex crisis, scientists cannot avoid making value judgments.
SFI's President David Krakauer announces the Institute's suspension of visitor-related programs due to the COVID-19 pandemic.
What would life on Earth be were it not for the domestication of plants and animals? An SFI working group, "Re-evaluating the Origins and Trajectories of Domestication," running March 9-11, explores "the nature of relationships between human groups and lots of different plants and animals."
Abrupt environmental changes, known as regime shifts, are the subject of new research in which shows how small environmental changes trigger slow evolutionary processes that eventually precipitate collapse.
Shifting from carbon-emitting energy sources to renewable ones will be an essential part of addressing climate change, but the path to a renewable power grid is uncharted. A February 26-28 working group explores how New Mexico might best approach the transition to renewable energy sources, and what lessons could be useful for other regions.
NPR’s David Brancaccio is hosting a free, virtual book club around the CORE team's introductory econ textbook.
New work led by SFI researchers reconciles divergent methods used to analyze the scaling behavior of cities.
The walls of SFI’s Miller and Cowan campuses were recently adorned with an exhibition by acclaimed visual artist Greg Stimac.
In a recent essay at Aeon, a group of four SFI researchers (Doyne Farmer, Fotini Markopolou, Eric Beinhocker, and Steen Rasmussen) argue that if we study the co-evolution of social and physical technologies we can better respond to new threats to democracy.
What does it mean to grow old? Many fields have offered answers, but none of them provides a universal theory. According to former SFI Postdoc Jacopo Grilli (International Centre for Theoretical Physics), we understand the when but not the how of aging: when the components of an organism fail, but not the causes of these failures or if the process serves an evolutionary purpose. This February, a diverse international working group will meet at SFI to find a fresh take on the problem.
A new Scientific Reports paper puts an evolutionary twist on a classic question. Instead of asking why we get cancer, Leonardo Oña of Osnabrück University and Michael Lachmann of the Santa Fe Institute use signaling theory to explore how our bodies have evolved to keep us from getting more cancer.