Feedback Topology

Feedback topology is the structure of causal loops in a system — how signals circulate, amplify, dampen, and transform as they pass through the network of interactions. It is not merely the presence of feedback but the pattern of feedback: which nodes influence which, through what paths, with what delays, and under what conditions.

The topology determines whether a system stabilizes, oscillates, amplifies, or collapses. A positive feedback loop with short delays produces rapid growth or runaway behavior. A negative feedback loop with long delays produces oscillation. A mixture of both produces complex dynamics that can be locally stable and globally chaotic.

Feedback topology is the invisible architecture of collective behavior, market dynamics, and self-organizing systems.