What are humans good for?

November 3-4, SFI scientists gathered with members of the Applied Complexity Network to explore the complexities of natural and artificial intelligence.

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What are the limits of scientific understanding?

Exploring the limits of scientific understanding is the query that will drive a three-day workshop at SFI, which itself aims to understand how well scientific and mathematical reasoning can comprehend complex systems.

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Two SFI faculty elected to AAAS

SFI Professor Cristopher Moore and External Professor John Rundle have been named fellows of the American Association for the Advancement of Science.

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New paper answers causation conundrum

In a new paper, SFI's Jessica Flack offers a practical answer to one of the most significant, and most confused questions in evolutionary biology — can higher levels of organization drive the behavior of lower-level components?

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When species compete, it’s a colossal game of rock-paper-scissors

Organisms competing for contested resources like nutrients, light, and space play an important role in biodiversity shown in a recent paper co-authored by incoming SFI Omidyar Fellow Jacopo Grilli whose model offers a better understanding than that provided by previous models of how diverse communities are maintained in nature.

 
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New Studios deliver ACtioN-able insights

SFI’s Applied Complexity Network (ACtioN) is offering The Studio which is a multi-day intensive workshop wherein a group of a firm’s decision-makers convene at SFI and meet with SFI scientists to work through aspects of complexity theory that apply to their organization’s specific challenges.

 
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Global trade entrenches poverty traps

A theorem published this week in the American Economic Journal: Microeconomics suggests that greater engagement in the international exchange can actually reinforce productivity-impeding practices that keep countries in poverty.

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