Now... the Boundary Proposal has a big problem.
First, it shouldn't predict actual black holes at all, unless there is something inside them that counteracts the Information Paradox.
The boundary itself is a singularity, or at least, it has all the characteristics. Consider the following equation:
r_s=2GM/c^2
is the Scwartzchild Radius, then the Kerr Metric is worked out as:
ρ^2 = r^2 + α^2cos^2_θ
Λ^2 = r^2 − r_s^r + α^2
Where θ is the colatitude (angle from North) in radians, φ is the longitude in radians, τ is the proper time, r is the radial coordinate and t is a time interval.
And this entire equation can be made into a short set of abbriviations, where J is the angular momentum, and M is mass...
In general relativity, the Kerr metric (or Kerr vacuum) describes the geometry of spacetime around a rotating massive body. According to this metric, such rotating bodies should exhibit frame dragging, an unusual prediction of general relativity that has been verified to 1% accuracy by Gravity Probe B. But anyway, this frame-dragging is predicting that Wanchung was actually right all along, and that such Frame-Dragging coupled with Gravitoelectro-Spinity… his formula’s suggest this new force warps the spacetime over a lengthly time process.
What you failed to see in Zeph's work, was that black holes can drag the Aether along with it.
Why?
Well, they are like ''dried glue'' into the fabric of spacetime. This is why i am positive if we created a black holes at the LHC, it would end up proving the Aether, using them to probe hidden dimensions, and even validate string theory itself.