In July, a virtual SFI. workshop began to investigate new ways of understanding how the brain computes using newly developed ideas in thermodynamics and information theory.
In February. of 2020, a small SFI working group convened to find the third signature of nonextensive statistical mechanics, namely the distribution of energies. They have published their results in a recent paper in the journal Nonlinear Dynamics.
Mathematicians call him an ecologist, ecologists call him a mathematician. SFI External Professor André de Roos is comfortable in interdisciplinary research settings, from Santa Fe to Sweden, where he is currently visiting Umea University's Integrated Science Lab on an H.M. King Carl XVI Gustaf Professorship in Environmental Science.
In an age where it's easier to get on social media than off of it, we still know shockingly little about how the scope, speed, and structure of online communication forums impacts beliefs about stock market investing. This October, SFI partners with UBS to host a virtual topical meeting titled “Technology and Risk: Will Speedier and Deliberate Communication Bring Higher Levels of Risk?”
In which SFI President David Krakauer explores narrative, and why its end might not be such a bad thing.
In an article for Nautilus, Simon DeDeo tours concepts like pattern, simplicity, beauty, and universality over the course of a conversation between teacher and student, who ultimately use reason to question reason's own relationship to truth.
“In the still of the Tennessee night, my colleagues and I are watching thousands of dim little orbs of light, moving peacefully in the forest around us. We try to guess where the next flash will appear, but the movements seem erratic, even ephemeral,” writes SFI External Professor Orit Peleg in an op-ed about her research on firefly synchrony for Aeon.
Power outages aren’t something we must simply accept in the face of increasingly strong and erratic weather, write SFI External Professor Seth Blumsack in The Conversation, but rather, something utility systems can prepare for. However, this will require different approaches thinking about resilience and different kinds of redundancy.
In a new perspective piece for Nature, SFI External Professor Tina Eliassi-Rad and her co-authors ask how social scientists can investigate algorithmically infused societies, which may require very different methodologies than social sciences have traditionally deployed.
Join us on Wednesday, September 29, at 6:30 p.m. for a film screening and Q&A at the Violet Crown Cinema in Santa Fe.
A new study presents a tool to assess research performance more fairly than the pervasive H-index score, which is commonly used to make hiring decisions in academia.
A new study in Nature, co-authored by SFI External Professor Brian Enquist and others at the University of Arizona, provides the first quantitative assessment of how environmental policies on deforestation, along with forest fires and drought, have impacted the diversity of plants and animals in the Amazon.
Much of modern sleep research has focused on the hormones, cells, and enzymes that regulate how we sleep, and what goes wrong when we can't sleep. But “all of this leaves unanswered the more fundamental question of why we need to sleep in the first place. What, in fact, is sleep’s function?” ask SFI's Van Savage and Geoffrey West in an essay for Aeon magazine.
Archaeologists have long had a dating problem. The radiocarbon analysis typically used to reconstruct past human demographic changes relies on a method easily skewed by radiocarbon calibration curves and measurement uncertainty. And there’s never been a statistical fix that works — until now.
A new book by SFI External Professor Luís Bettencourt provides readers with a solid understanding of the classical models of cities and complex networks, delving into key features of urban areas.
A team of researchers associated with the Evolution of Human Languages program is using a novel technique to comb through the data and to reconstruct major branches in the linguistic tree.
To solve our most intractable and pressing scientific problems, humanity needs the best possible science to innovate solutions. The best possible science is science that is open, reproducible, replicable, transparent, and inclusive, says Open Science advocate and SFI Complexity Postdoctoral Fellow Helena Miton.