Self-Organization

Elements exist across positions.

Local interactions occur between positions.

Configuration exists across these interactions.

No external position defines it.

Nothing remains without local interaction.

Elements occupy positions.

Each position connects to nearby positions.

If connection is absent, no configuration exists.

Interactions occur between nearby positions.

Each position exchanges with surrounding positions.

If interaction is absent, no arrangement remains.

Local connections extend to other connections.

Positions link beyond immediate neighbors.

If links do not extend, configuration fails.

Transfer passes between connected positions.

Movement continues across linked regions.

If transfer stops, configuration disappears.

Differences exist between positions.

Connected positions do not fully equalize.

If differences vanish, configuration fails.

Connected positions sustain shared arrangement.

Configuration depends on linked positions.

If links break, arrangement disappears.

No external position imposes configuration.

Arrangement exists only through internal connection.

If imposed externally, self-organization does not exist.

Multiple interactions occur simultaneously.

Connections overlap across positions.

If overlap fails, configuration collapses.

Local interaction sustains extended arrangement.

Configuration spans across connected positions.

If local interaction fails, configuration disappears.

If interaction stops, transfer stops.

If transfer stops, configuration disappears.

If configuration disappears, no structure remains.

Without structure, nothing remains.

Configuration persists through local interaction.

Without it, nothing remains.