The Dark Shell (6) Accumulation & the Big Bang 

                                                                                                                                                

01/28/03                                                                                                           

 

       It has been assumed herein that a compact volume of dark mater surrounds each spiral galaxy and that the dark matter is compactly restrained around the baryonic matter creating the unique shape of a spiral galaxy. If this is correct, then the compact dark matter should not be a true sphere but should be flattened above and below the principal plane of the spiral galaxy with outward bulges near the center on the top and the bottom (near the black hole at the center of the galaxy). 

 

       It has been postulated herein that the inner surface of a dark shell has a skin. It may well be that such a skin is no more of a skin than surface tension is for water. That is, the skin may be no more than a surface effect. 

 

       The fundamental argument for the existence of a dark shell or some comparable mechanism relies upon the fact that as far as is known all explosions require an accumulation process whether it is a firecracker or a super nova. 

 

       The use of an oscillating surface such as the postulated dark shell is convenient. Clearly other structures might be considered as candidates. However any proposed structure should allow for (1) a long term accumulation of baryonic and dark matter, (2) conversion of the baryonic matter into energy, (3) the creation of a local singularity to allow this accumulation, (4) specific starting and ending conditions and (5) the final result is a big bang. 

 

       As the original source of an ultimate black hole was postulated to be a river of energy, then the creation of a string or series of these seems likely. If so, it is unclear as to whether these may ultimately collapse into each other, whether they are in a stable relationship to each other or whether they will drift apart. 

 

06/20/2003 

 

Contact Folding 

 

       In examining a triple point singularity, it would seem that its apparent shape is not relevant as it is probably a mapped out equivalent of a single point. Close to the surface the dark matter would be in a compact form and on contact with the singularity or sink, swift conversion to a folded form should occur. Baryonic matter which happened to contact the sink would be converted to energy. A near miss for baryonic matter however is as good as a great distance -- it is a sink not a black hole. 

 

       The feeding of compact dark matter into the sink should be a rather regular process as there would be no shortage of compact dark matter and the density at the surface of the sink would be the same as would exist at a considerable distance away. 

 

       It would seem necessary for there to be a way for partially folded dark matter to directly exhibit its expansion-like characteristics without passing through the compact phase. This would be a special condition which would allow an unfolding and expansion within a black hole. It should be a rather rare event but statistically it would be a function of the mass of the black hole. The larger the black hole, the more likely the special unfolding and expansion would be. Also as the expansion continues, at some point it should become self limiting as the density decreases. And thus a dark shell would be created. 

 

       There is the question as to whether universes come in a standard size or whether there is a range of possible sizes. Also there is the question of whether the sink converts into more than one big bang. Is there a shotgun effect? Upon consideration, it would seem that the dark shell is compose primarily of compact dark matter with some expanded inclusions. 

 

       For extremely high gravity fields, that is, as in a neutron ball, partial folding may occur within the neutron ball and perhaps this region extends outward to cover the surface. It may be that a large neutron star has a layer of partially folded dark matter covering its surface. Folded and partially folded dark matter should be drastically smaller than compact dark matter. 

 

08/27/03 

 

       A deep deep field search starting with an apparent empty area found in the now classic deep field search may reveal some evidence of the dark shell. 

 

09/15/03 

 

       Other candidates for accumulating enough matter/energy for a big bang might be (1) a special warping which gradually gathers enough enough matter/energy to give rise to a big bang, (2) an extraction process which pulls out a small fragment of a large object and which gives rise to a big bang or (3) a collapse of a massive object to result in the creation of a big bang. None of these seem completely satisfactory when compared to the dark shell concept. 

 

10/7/03 

 

       If long term intelligent forms of life are to be found in great quantity and diversity, they probably are in regions proximate to the remnants of the ultimate black hole, given their relative safety and stability. If so, great hazards and difficulties would be involved in finding this vast expanse of talent. 

 

[This log was written by Frank Hodgson.] 

 

                                                                        

 

 

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