[RascalPuff]

Although black holes have yet to be proven, they are nonetheless very controversial and have strangely taken the foreground of discussions in theoretical physics. Their cause - if they exist at all - is not controversial.

Presently, with the exception of this offering, there may not even be any formally submitted guesses as to their cause. If black holes exist, until further notice, they are - ostensibly - the causative result of a contracting four dimensional space-time continuum; that is to say, a four dimensionally contracting material system, becoming ever smaller and more dense: to microcosmic infinity.


Another perspective of this same 4-D consideration, is concepualizing a ‘black hole singularity of infinite density’ as being 3-D matter, getting relatively ever smaller and more dense, in inverse proportion to the 4-Dimensionally expanding universe surrounding *it (*any given ‘black hole singularity’).


Does Absolute Zero Generate Involute Space?


Microcosmic test objects have been cryogenically subjected to 'temperatures' approaching minus 273o Centigrade. But the goal of 'Absolute Zero' has yet to be achieved, and Standard Theory suggests that Absolute Zero (Kelvin) may not be achievable; that it may not be possible to stop all motion - molecular, atomic or otherwise in any given test object. Though laboratory experimentation has come very close to inducing Absolute Zero in a given test object...

Question: How 'close' is 'very close' in this consideration?

Thermodynamically, it occurs to this record that in the offered circumstances and pursuit, 'an inch is as good as a (Zeno's paradoxical) mile'. My intuition (and perspective of relativity) suggests that if and when Absolute Zero is achieved - when all (molecular, atomic and subatomic motion) is stopped in a given test object, that entity will implode. Becoming as three dimensionally small and dense as the four dimensional universe around it becomes relatively large and tenuous, squared (forever) - that is to summarize: the consummation of a Schwartzchild radius and the creation of a black hole...

May the Reader please tell me their thoughts on this consideration?

Best regards,
- RP
(Excerpt from http://forums.delphiforums.com/EinsteinGroupie )