The low-rank hypothesis of complex systems and the emergence of higher-order interactions. Credit: Nature Physics (2024). DOI: 10.1038/s41567-023-02303-0 In a new study, scientists have investigated ...

Artificial Life (AL) and Complex Adaptive Systems (CAS) represent interrelated fields that explore how individual, relatively simple entities – be they digital organisms, autonomous agents or ...

Complexity science can help archaeologists understand how the everyday actions of ancient people accumulated into the large-scale patterns we excavate today. In her new book, Thinking Through ...

This study examines when "incremental" change is likely to trigger "discontinuous" change, using the lens of complex adaptive systems theory. Going beyond the simulations and case studies through ...

The global threat posed by the novel coronavirus presents a compelling new argument for using complex adaptive systems thinking to address our global challenges. These challenges emerge from a set of ...

Modeling is the first inevitable step in mathematical approaches to solving real-world problems. When dealing with phenomena whose governing laws are complicated and possibly unpredictable, such as ...

Global markets are complex systems, shaped by feedback loops, sudden shocks, and adaptive behavior that rarely follow ...