z_liiij "How to Organize Like a Slime Mold:" A Political Protest Protocol Proposal
seen from Canada
seen from United States

seen from Canada

seen from Russia
seen from United States
seen from Canada
seen from Chile

seen from United States

seen from United States

seen from Germany
seen from United States

seen from Algeria
seen from United States

seen from Singapore
seen from Germany
seen from United States
seen from United States

seen from Malaysia
seen from China
seen from United States
z_liiij "How to Organize Like a Slime Mold:" A Political Protest Protocol Proposal
Ghost in the Machine - #4
What is artificial also has an organic dimension when it internalizes a function.
The ripplemarks of a shallow seafloor form a natural self-organizing cybernetic system: sediment shape, light scattering, and currents create a feedback loop, where changes in geometry alter flow and light, which in turn influence sedimentation. Life acts similarly: organisms modify local conditions, generating feedback that shapes emergent patterns, while the environment in turn affects them—creating a continuous loop of adaptation and resilience.
Artificial systems echo this principle. Swarm intelligence and AI-driven adaptive networks show how simple agents, by internalizing a function—minimizing error, optimizing flow, coordinating with neighbors—produce emergent, adaptive behaviors.
In this sense, what is artificial becomes organic when it internalizes a function: the system is "alive" not by matter, but by integrating a purpose that guides interactions and produces emergent patterns, mirroring the self-organizing dynamics of nature.
Education as a self-organizing system?
A classic TED talk about the incredible human ability to figure things out!
Check.
It.
Out.
Zing.