The christmas story has lain fallow, but I will get to that before the end of the week since it is written and only wants editing one last time. It needs work too, but there is only so much time and so much I can do right now.
I swam 2500 yards, the pool was cold, the cold seems to put my illnesses on hold. Perhaps I should sail a small ship around the world. It would be as good a way to die as any. But not yet, the universe says.
I am waiting, somewhat on pins and needles, to see what work remains to get formal peer review. There are some things I would change now in the summary article, new aspects of the view of atomic arrangement after the most recent math analysisin book11. I am now one or two days depending on how you count from expecting a publication date or some disasterish result. I want to time the release of book 1 to that date which, already published, merely means getting the most up to date copy out there.
So far the second half of the book (vol 1 of the compendium) has not been as rough as the first part, although there are perhaps as much redundancy. For those of you who ordered it and are panicky, the last 60 pages are the most updated information available to AuT and a summary of everything, well almost everything. There is no summary of everything. It is worth the price in its present form even though the last few hundred pages remain to be edited. Imagine having one of these rare editions to show your great grandchildren proving you were indeed ahead of the curve. I do not plan to get a hard copy of this version of book 1 preferring to wait for the completed read through.
One of the little gems is that as the universe gets more complex in terms of greater compression, the number of abberrational states grows.
Because AuT is a system and not some witchcraft conglomeration of parts, we can look at the molecular world (between black holes and Hydrogen, essentially) and understand a little more of what lies between.
We have all kinds of stuff floating around from gas to neutron stars. All of this represents transitional states. What we tend to focus on are planets, stars, neutron stars and black holes, but these different pieces of planets from a distance begin to disappear.
We can extrapolate that the pre-helium universe looks much the same, everything in wave lengths and quantum states, much less diverse but still pieces of this here and that there.
2/3 of the way to a maximum break down things are unravelled enough that we can exist like we do, right before the big bang this type of molecular diversity is probably harder to find and bathed in radiation.
But why diversity?
The reason is that as the system breaks down these increasingly dimensional elements, including the transitioning elements that we talk about in the broad range can exist transitionally as they break down. Gas molecules are not equally spread, not because of gravity so much as they are localized from where they break down. That being said, the intervening spatial break down ensures high levels of dispersion.
One has to imagine regions of dark matter where space spontaneously compresses to photons. If those dont exist there has to be a reason that AuT does not supply yet.
But generally it appears accurate.
There are gems in all 3 books. The summary for its brevity and overall accuracy. That being said the molecular area was largely developed in Book 1 in these most recent edits and is therefore slightly advanced in specifics if not in concept.
Book 2 advances the generalities from book1 in the first 100 or so pages to a level that is fairly unprecedented. The last two hundred pages, however, are largely unedited, attempting as they do to take the standard model to task it is an unsatisfying endeavor because it compares apples to fictitious and overly complex breadfruit. Does breadfruit really exist, I ask you?
Book 1 is a work in progress. Now, not before, it is fairly lucid. It contains the summary at the end, but that is not its strength since the summary is self supporting. The first 100 pages, being fully edited, are now fairly lucid and provide a texture for the summary.
The newest math modeling (operation,domain, etc) appears in it which includes some new slides which will go into the slideshow when I get to it. It also discusses in more of a genial, old man in a rocking chair, way the details which are set out distinctly in the summary. There are the requisite occcasional strong insights which are absent from the summary. It vomits out what the summary carefully spitoons in distinct places.
The very end, perhaps the last 100 pages before the summary article, contains a general summary comparison to the other models, not as detailed as the unedited discussion in book 3, but probably adequate for all purposes given the limited value attached to the other models.
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