Analysis of 175 SPARC galaxies reveals that the “Dark Matter” parameter $\alpha$ is not constant. It
scales with system complexity (velocity and size).

• Dwarfs: Saturated Overhead ($\alpha \approx 0.35$)
• Giants: Optimized/Newtonian ($\alpha \to 0$)

Laminar Phase Stabilization

Simulation tests confirm that the “Laminar Plateau” provides the necessary potential depth to bind
“hot” dwarf galaxies without dark matter particles.

• Newtonian Control: Total Evaporation
• ISL Mode: Stable, Bound Dynamics

The same complexity bounds that govern galactic scales drive Wavefunction Collapse at the quantum
scale, treating gravity as the “Universal Garbage Collector.”

• Matches Penrose Objective Reduction
• Mechanism: Complexity Threshold Rejection

❌ DWARF SCALING
If clean, calibrated data of extreme dwarfs shows $\alpha$ correlating with Mass (violating the ReG
plateau).

❌ CLUSTER LENSING
If weak lensing profiles of massive, high-$Re_G$ galaxy clusters require $\alpha > 0.1$ overhead.

❌ TRANSITION CONTINUITY
If no increased scatter (turbulent transition) is found in the $V \approx 75$ km/s regime across
independent catalogs.