AUDIT: Black Holes as Saturated Flux Density
The Hardware Failure
A Black Hole is not a "hole" in geometry; it is a Saturated Stiffness Domain. It occurs when the local mass-loading drives the substrate's Reactive Impedance (\(Z\)) toward infinity.
THE AUDITOR’S RULE: THE SEIZED BEARING
If you over-torque a mechanical system, you reach Structural Lock. A Black Hole is a region where the substrate has reached its Elastic Limit. It isn't infinite density; it is Zero Admittance (\(Y=0\)). If the medium can't move, the signal can't enter or leave.
The Mechanism: Stiffness Runaway
- Impedance Cliff: As anchors compress, stiffness (\(\kappa\)) spikes. The reflection coefficient reaches 100%. This is the Horizon—a saturated boundary, not a magic curtain.
- The Saturated Interior: Inside, the substrate is a "Solid Block." The "Singularity" is just the hardware's Maximum Stress State.
The Forensic Prediction: The Polar Relief Valve
Relativistic Jets are High-Pressure Relief Valves. At the poles, the rotational torque creates a "pinch" where the impedance is slightly lower than the equatorial "seizure." The internal tension "sprays" out as a collimated beam—the Galactic Current Return.