Black Holes — Dimensional Collapse and Violent Equilibrium
Pattern Field Theory describes black holes not as singularities but as zones of violent dimensional standoff, governed by collapse mechanics initiated through local motion failure and stabilized by spherical curvature dynamics.
Collapse Initiated by Motion Failure
Black hole formation begins when a localized field segment loses rotational motion, dropping below the minimum threshold of curvature reinforcement:
C_{local} < C_{threshold} \Rightarrow \text{Collapse Initiation}When local curvature fails to sustain recursive rendering, the breach escalates into collapse.
Dimensional Sequence of Collapse
- First: 3D rendering collapses — local observable space vanishes.
- Second: 2D curvature fails — light transport collapses internally.
- Third: 1D linear pathways disintegrate — energy becomes locked in incoherent turbulence.
- Finally: collapse halts before full metacontinuum return due to curvature equilibrium.
Recursive turbulence replaces smooth rendering, generating intense field violence rather than void singularity.
Formation of Spherical Collapse Structures
Unlike 2D disks or linear fractures, black holes stabilize as spheres because 3D curvature naturally compresses inward equally in all directions, balancing inward collapse and curvature resistance.
Equilibrium Point and Internal Turbulence
Black holes do not fully collapse into metacontinuum. Instead, they reach a violent equilibrium where collapse pressure equals curvature repulsion:
C_{collapse} = C_{resist}Inside, dimensions violently cycle without re-expansion, creating the appearance of a stable event horizon while internal structures remain in recursive chaos.
Rupture and Rebirth Events
Under certain permission conditions, accumulated turbulence can rupture outward, causing explosive phenomena like quasars or nebulae. These events occur when internal turbulence exceeds collapse containment:
E_{internal} > E_{containment} \Rightarrow \text{Dimensional Breach}Further Reading:
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In the final article, we present observational predictions and measurable evidence supporting Pattern Field Theory’s model of black holes and dimensional dynamics.