[RascalPuff]

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 ST suggests that Absolute Zero (Kelvin) may not be achievable; that it may not be possible to stop all motion - molecular 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 mile'. My intuition (and my work on relativity) suspects (and 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 what their thoughts are on this consideration?

Best regards, RascalPuff

[purveyor of knowledge]

A phenomenal question Rascall Puff,

It is my belief that an object theoretically can go below absolute zero and indeed it would implode through an infinitely small point and enter into negative time/space. To do this you would essentially be creating the big bang in reverse. I propose the following method.

It is well known that the visible portion of electricity travels in one direction, creating resistance in a wire, causing it to heat up. This negates the flow of electricity and the more current you send the greater this resistance becomes. However, theoretically it may be possible to create an "absolute" electric current which travels anti parallel to itself. To do this it would create two helixes and the electricity would appear to run in both directions at once. Such electricity would be harmless and could not shock you. Such electricity would actually draw heat energy out of the wire and cause it to become cooler. As the wire becomes cooler more current would be conducted and the wire would cool more. So in essence the absolute electric current would work opposite to regular electricity which is split in half. This would cause the laws of thermodynamics to act in reverse. A device generating such a current could theoretically cool a region of space to less than absolute zero depending on how fast the current was accelerating. The current would have to be accelerating faster than the universe was expanding or else it would only approach absolute 0, never dipping below. If the current increases faster than the expansion of space then theoretically you could cause a region of space to dip below absolute zero and create a big implosion into negative time/space. The implosion would eventually reflect back through time and emerge again as an explosion. So yeah, if you send something below absolute zero it's going to be like a huge nuclear bomb.

Anyway, that's just my theory. Check out my new thread called "What is Mandorla Theory" and I will be putting visual representations describing this as well as some other things I have been meaning to illustrate

[mkirkpatrick]

An interesting question RP,here is another,at what depth is cold able to penetrate?I would
suggest that cold has limits of penatrative abilty,and that at the sub-atomic level it loses
all purchase and becomes benign.


regards michael.