From appearance to endurance, nature’s adaptations all trace back to complex molecular networks. Experts are meeting at SFI this week to develop a framework for understanding of how genes give rise to outward adaptations.
During a Creative Mornings talk on Wednesday, October 14, in Santa Fe, SFI Omidyar Fellow Sam Scarpino explains why we must factor in poverty if we want to understand, and manage, the spread of disease.
Why does Earth's physical environment precipitate life, and why don't others (the Moon's, for example)? SFI researchers sought clues during a recent working group at SFI.
During a recent SFI Community Lecture in Santa Fe, psychologist and author Cordelia Fine looked to the science of gender to challenge society’s long-held, and possibly mistaken, beliefs about gender difference. Watch the lecture here.
Innovation might be understood as a search in a space of combinatorial possibilities. This week at SFI, a group of experts is seeking the origins of novelty, continuing to build a knowledge base that might lead to a theory of innovation.
The Synthesized Knowledge of Past Environments (SKOPE) group is meeting at SFI this week to further development of a database on human societies and their natural environments.
A working group at SFI this week is asking how new cell types emerge and how best to differentiate between fundamental building blocks of life.
Whether they are groups of ants, people, companies, or economies, social systems are intrinsically complex. Learn new ways to understand complex social systems during our next short course in Santa Fe.
SFI VP for Science Jennifer Dunne and Science Board member Robert May are among 14 researchers whose work is recognized for expanding the scientific understanding of food webs over the last century.
A new paper in PLOS ONE by External Professor Michael Hochberg and colleagues computes how human social groups pass through different phases in their growth, structure, and behavior.
In her two 2015 Stanislaw Ulam Memorial Lectures, SFI's Jennifer Dunne reveals new ways to understand the sustainability of ecosystems past, present, and future. Watch the videos here.
A study of aggression in monk parakeets suggests that where they stand in the pecking order is a function of the bird’s carefully calibrated perceptions of the rank of their fellow feathered friends.
According to new research from SFI Professor Nihat Ay and colleagues, seemingly complex motor behaviors can arise from surprisingly simple brains.