Connection
A connection is a stabilized, feedback-derived relationship between components.
Why stabilization matters
A feedback-bearing interaction can alter later behaviour without yet creating a durable relationship.
Connection Theory introduces connection for the case in which an influence becomes sufficiently stabilized to resist ordinary noise or a single conflicting event.
The distinction matters because transient influence and consolidated relationship occur on different timescales and can, in canonical cases, be experimentally separated.
Examples
Examples include:
- a synaptic relation stabilized after repeated activity;
- a durable habit;
- a long-standing working relationship between people;
- an engineered relationship that remains available across many subsequent operations.
What connection does not explain
A system can contain many stable connections without those connections functioning as one coordinated whole.
A connection inventory therefore does not by itself specify:
- routing;
- timing;
- sequencing;
- synchronization;
- gain;
- combination.
That explanatory boundary motivates Organization.