The C-R theory's description of the Active Zone is perhaps the easiest of all, since all non-Black-Hole areas of the universe qualify as an Active Zone. There are also two types of Active Zones, inner [enclosed] and outer [excluded]. The definition of the type of an Active Zone would apply whether the Active Zone was located within the inside, time active, central region of a Black- Hole, or whether the Active Zone included the entire time-active universe outside of any Black-Hole.
The qualifications to be a (Time) Active Zone merely require that matter (and energy) be able to detect the passing of time, and interact in real time.
Case 1, the inner Active Zone:
For an Active Zone located inside of a Black-Hole, regardless of the size of the Black-Hole, certain events must be recognizable:
- First: The density of the Active Zone located directly inside the Black-Hole will be exactly sufficient to fully close- up, or warp spacetime. At the (inner) Schwarzschild radius the escape velocity will satisfy the condition of exactly equalling the speed of light. (This Schwarzschild radius will be located entirely inside of a Black-Hole, as per our initial conditions.)
- Second: The total sum of the net curvature at the outermost boundary (which is the INNER Schwarzschild radius) from the entire contents of the Active Zone (mass/density/volume) will be EXACTLY critical. Consider any matter which exists inside this boundary of the radius. The matter located closer to the outer boundary at the edge of the inner Schwarzschild radius will exist in a more intense, more warped gravitational curvature. Matter there will appear to be more time slowed-down, or red-shifted than the contents residing closer to the center. Because of the more intense curvature, the events in this outer region would actually be occurring at a slowed down pace, when viewed by an observer at a location closer to the center. Therefore, any objects nearer to the outer edge would not also appear to be younger, they physically would be younger. (i.e., aging at a much slower overall rate)
- Third: This gravitationally induced red-shifting would occur even if none of the objects in this zone were moving with respect to an observer located somewhere further inside the Active Zone. This would be the case since, nearer to the center, the gravitational curvature would be less, and the region would be comparatively more real-time active.
- Fourth: The objects which would exist in this more intensely curved, outer portion of the Active Zone would already be at a lower potential energy level than the objects in the less intensely curved central regions. Therefore, the gravitational "attraction" originating from the central region would not be able to pull the clumps of mass back into the center, since the center would represent a higher energy environment.
- Fifth: If there was any matter located outside of this inner Active Zone, in any size Neutral Zone, or in an even larger Active Zone located outside of the outer Schwarzschild radius; this matter would be forever undetectable from the inner Active Zone, as long as one or both of the Schwarzschild radii exists.
- Sixth: NOTE: These hypothetical, C-R derived conditions described are startlingly close to the actual conditions observed in our Universe today. Therefore, we might surmise that our universe represents both a practical, and likely, our only laboratory study model of an C-R type Active Zone.
- Seventh: If the agreement between these hypothetical conditions and real observations of the universe do favor the C-R theory, and our universe is indeed an inner Active Zone located inside of an even larger Black-Hole, the rest of the events described by the C-R theory take on a greater probability, if not a near certainty.
There is nothing in the C-R theory which would prevent Black- Holes from existing within larger Black-Holes, possibly within even greater Black-Holes.
Additionally, there is nothing in the C-R theory whatsoever to prevent many Black-Holes from mutually residing within the same inner Active Zone of any singular Black-Hole.
The concept of the Active Zone is fully capable of supporting multiple internal Black-Holes, while still retaining it's overall features as an Active-Zone throughout all non Black-Hole areas.
Case 2, the outer Active Zone:
Next, let us consider the case of an Active Zone located totally outside the (external) Schwarzschild radius of a Black- Hole. The only major difference from the inside scenario would be that, as one increased distance away from the gravitational curvature of the Black-Hole, real time would occur (or flow, be measured at, or exist) at a greater (more active, real time) rate.
From the outer Active Zone, we would have to submit to the practical realization that the events occurring within the Black- Hole's Schwarzschild radius are forever unknown and unknowable to us. We could determine the Black-Hole's mass, and possibly it's average density. We could detect it's momentum. We would detect it's gravitational timewarping capability.
The outer Active Zone would represent the time-active, real- world, everyday universe with which we were familiar. All known physical laws would be applicable in the Active Zone.
