Deciding whether two symmetries are alike is a longstanding problem in group theory, the mathematical study of symmetry. This week at SFI, a working group meets to tackle the mathematical curiosity with implications across diverse scientific fields.
In an evening ceremony last week at SFI, the Institute recognized teacher Natalie Martino and 13 Santa Fe-area high school seniors for scientific excellence.
On April 12, Carlos Castillo-Chavez unraveled the complex factors that fuel the spread of deadly diseases, and how we can use our knowledge of them to prevent future outbreaks. Watch the video here.
In a new study published in the Royal Society's Interface Focus, Justin Yeakel and colleagues explore the role fruit selection may have had on the evolution of primate motor skills.
A new computational model by SFI Omidyar Fellow Marion Dumas and colleagues forecasts 50-year carbon emissions under differing political scenarios.
In a test of the limits of scientific collaboration, 15 postdocs holed up in a home in the New Mexico foothills recently for three days and nights of intense scientific research. Their goal: produce a novel research paper in just 72 hours.
A new article co-authored by a number of SFI-affiliated researchers explores the psychological barriers that drive our distinct lack of “foresight intelligence” regarding climate change and our failure to take mitigating steps.
In Quantitative Finance, SFI External Professor Stefan Thurner and colleagues suggest that a tax on interbank loans scaled to the risk each transaction adds to the system would more effectively limit financial systemic risk than proposed "one size fits all" risk taxes.
Deploying ideas and tools from complexity science in the financial sector would go a long way toward stabilizing global financial markets, according to a group of scientists writing today in Science.
A collaboration of international researchers, including four SFI scientists, has been awarded $8 million to extend our understanding of evolution.
Upper and lower bounds on the sizes of bacteria and the physiological tradeoffs that constrain these size limits are explored in a new paper co-authored by SFI Omidyar Fellow Chris Kempes.
Whooping cough is on the rise in the US, and the adoption of a new vaccine in the 1990s is part of the explanation. Two former SFI Omidyar Fellows propose a hybrid vaccination protocol they say could slash cases by 95 percent.
Researchers met at SFI recently to make progress on the Artificial Long House Valley model, an agent-based model that is shedding light on human responses to environmental stress.