Pe Phase Space
28 substrates across 8 domains. Each point is one real platform or substance, placed by its constraint coefficient c (horizontal axis) and drift magnitude Pe (vertical axis). Hover any point to inspect it. The amber threshold at Pe = 1 marks where void mechanics statistically dominate. Below Pe = 0: constraint wins. The dashed vertical marks c0 ≈ 0.387 — the phase boundary.
Reading the chart
Top-left — Void dominates
Low c (opaque, reactive, engaged) + high Pe. No structural exit mechanism. Regulatory concern.
Low c (opaque, reactive, engaged) + high Pe. No structural exit mechanism. Regulatory concern.
Bottom-right — Constraint holds
High c (transparent, invariant, independent) + negative Pe. Structured exits. Aspirin and Cons. Reports anchor this corner.
High c (transparent, invariant, independent) + negative Pe. Structured exits. Aspirin and Cons. Reports anchor this corner.
Amber line — Pe = 1 threshold
Drift mechanics statistically dominate above this line. EU AI Act regulatory trigger. 20 convergences confirm this boundary.
Drift mechanics statistically dominate above this line. EU AI Act regulatory trigger. 20 convergences confirm this boundary.
Teal line — Pe = 0 boundary
Sign flip at c0 = BA/BΓ ≈ 0.387. Above: net drift force. Below: net constraint force. Phase transition.
Sign flip at c0 = BA/BΓ ≈ 0.387. Above: net drift force. Below: net constraint force. Phase transition.