Category: Science

Summary: Testing whether correlated disorder plus moderate stripe bias creates a window of enhanced corridor formation and highway onset in Langton's ant.

Langton's ant is a simple cellular automaton that can produce unexpectedly organized long-time behavior from local deterministic rules. This experiment asks whether adding two kinds of structure to the background, mesoscopic disorder correlation and a stripe bias, creates a special regime where the ant is more likely to find long open corridors and enter its highway phase near the random-state transition.

The script runs very long single-seed simulations for multiple combinations of correlation strength and stripe bias. It compares whether moderate anisotropy helps the ant sustain corridor-like motion, while stronger imposed structure instead forces repeated transverse collisions that suppress the benefit.

That makes the project a search for an interaction window, not just a sweep over one perturbation. The interest is in whether two different ways of biasing the substrate can combine to promote organized transport more effectively than either one alone.

Method: Long time-budgeted Langton-ant simulations across correlated-disorder and stripe-bias conditions.

What is measured: Highway probability, corridor length, transition behavior near randomness, and gains or losses under stripe-biased correlated disorder.