June 5th, 2009 Posted in Boomer News, cosmology | No Comments »
Now let’s get into our universe within a black hole, [BH], concept. The very thin membrane that we have represented as the present time can be stretched, bent and warped. Einstein’s Theory of Relativity brought about the concept of a black hole [BH]. The collapse of an iron core star of about 5 stellar masses can collapse forever, which results in a dent in the thin balloon skin (space). The super massive [BH]s is a million or more stellar masses and definitely cause a dent in our present time membrane.
The iron core star collapses inward into it’s location in space and eventually into an infinitely small and extremely dense point called a “singularity”. A black sphere, (not a hole) , surrounds the singuarity point. The sphere is black because the light entering the sphere cannot escape and is invisible. The light is completely “blue shifted” beyond our detection. We cannot see … or ever know what is beyond this invisible sphere, called an “event horizon”.
The origin of the big bang is not understood. The big bang is another science “interface with the unknown”. What happened before the big bang is a problem for all cosmologist. Here’s how we handle it. We looked at Planck’s minimum distance, (1.00E-33cm), as a barrier to the collapsing star collapsing further. All the material sucked in behind the collapsed star at Planck’s minimum area and volume piles up … but we had no mechanism on what might “ignite” the material to create a big bang.
Does the material reach Planck’s maximum temperature of 1.00E+32 degrees Kelvin for 1.ooE-43 seconds to start a big bang? Then in the October 2008 Scientific American article by Martin Bojowald;
“As you pack energy into a volume of space, the wavelength of particles carrying the energy shrinks and eventually approaches … Planck’’s smallest units of distance” … (Where have we heard that before kids?) … “Space literally runs out of room. If you try to pack in sill more energy, space will push it back out. It will appear that gravity generated by the region has turned an attractive force into a repulsive force”.
This supports our concept that the collapsed star never becomes a singularity. The energy that has”piled up” at the Planck minimum distance barrier will become the method to ignite a big bang in the [BH]. So what happens next? It is encouraging that articles keep popping up about a cyclic universe. The “Big Crunch” concept keeps coming alive every so often. A June 2007 NY Times article entitled; “New Theory … Universe Born in a Black Hole”. It’s nice that someone else is considering our concept. Except that wasn’t our concept. Lee Smolin had contemplated that a few years before we did in his 1997 book, “The Life of the Cosmos”. Kids, I guess there really is nothing new under the sun.
The Landry “Nested Universati Hypothesis” (9-10-2008) idea is pretty much the same as our concept. His thinking was apparently based upon his expertize with spatial relation geometry. Our universe in a [BH] idea started in the year 2000, and our Nested Universesconcept in 2003.
” In Life of the Cosmos, Lee Smolin offers a new theory of the universe that is at once elegant, comprehensive, and radically different from anything proposed before. Smolin posits that a process of self -organization like that of biological evolution shapes the universe, as it develops and eventually reproduces through black holes”
No, this is not a paragraph we wrote comparing our Nested Universes with Smolin’s idea … the above paragraph is taken from Paul Steinhart and Neil Turok’s 2007 book called “Endless Universe, Beyond the Big bang” They posit two universes are connected at each end with “tubes” … (string membranes).
Okay kids, we now have to figure out how to show how the material of our universe gets back into our parent universe .
And then there are [BH] that are a million or more stellarmasses and are cllaedsuper massive [BH]. They reside