Hi again, maybe I really will get enough posts together at this rate but I might prefer you to post anything if you thinks it's OK.
Here's a lower res version of the Barycentre diagram with slightly better text:
a7.sphotos.ak.fbcdn.net...
The reason for no events in the outer arcs is that when the Barycentre is over half a million km outside the Sun, the precession intersections this
produces make transfers extremely unlikely.
Thanks for the encouraging words, but I've given up trying to link any more giant sinkholes to sources, because the time factor is a huge problem.
The Guatemala City one was the only one with a reasonable time fix because of the heavy rain from Tropical Storm Agatha, which probably caused the
cave in very soon after it formed. Most of the others could possibly have been there for weeks or even months before cave-ins, which I now understand
means that no link can ever be reliably be established. I almost took the Guatemala City video off again because of this. The strange thing however
with the rash of giant sinkholes, the huge increase in the number of earthquakes (500% more than the normal yearly average since records began) since
about ten or eleven years ago and the huge jump in the number of "very bright bolides" sighted (which astronomers tell us are supposed to be so
very, very rare..) is that these increases more or less all seem to coincide. That's why I made the mistake of letting myself get carried away with
just how wide the scope of this could be.
Because of how obviously totally crazy the result of this inevitably sounded to anyone who hasn't done the stats and seen the research, I decided to
go back to basics and stick with one type of event that is very well documented, so as not to lose myself in such a messy quagmire of "unexplained
events", because there are simply too many of them. That's why I thought it would be better to revisit the explosions I had first investigated, use
strict criteria (like "only those over 1kT" and "no meteorite remnants found") and try to find other convincing evidence of a link. But even that
is difficult. Do you stick with somebody else's supposedly comprehensive list of just over thirty "impact events" estimated at over 1kT, just to
prove that you haven't simply picked certain events that "form a pattern"? They still form the same pattern even when I just stick to such lists.
But leaving out events that are almost certainly linked isn't right either. The Vitim Event for example was estimated by American scientists to have
had an energy of between 200 and 400 tons of TNT. Russian scientists however later estimated the blast to have been between 4 and 5kT. They had access
to the blast site, so I included this one in the diagram as one that was "over 1kT" after all. The Russians referred to this one as a "mini
Tunguska Event". Most people haven't even heard of it. It’s really difficult to draw a line and include some events and not include others.
The reasons for including the Banjarwarn Station Event won’t fit here because of the limited space, but there are similar reasons for at least
including it marked with an asterisk.
The Ushuaia Events were also under 1kT, but I included them in the diagram, also marked with an asterisk however, mainly because there were two
events. Who ever heard of two meteorites hitting the same area, one day apart? Both leaving no meteorite remnants whatsoever, only about 150 square
meters of snapped off trees, but the explosions were heard and witnesses saw the objects fly toward the blast sites. The events were one day and about
30 minutes apart. That was significant to me, because the event site and source site do intersect again the next day, but only about thirty minutes
later. That's how precession intersection works in this case. Nobody else understands the significance of this however. So how could they have just
"made this up"? These events were in September too, the largest event cluster.
Anyway, some of that is what I'm trying to squeeze into a short video. You practically need a whole hour to do the subject justice, let alone explain
how Barycentre movement causes a precession intersection pattern that matches these now almost forty events, unlike the uniform diagram on the
Wikipedia page (based on a totally incorrect stationary Sun as centre of gravity) which gives a simplistic and false impression of how precession
actually works. It might really be better to try and explain the resulting intersections in a series of diagrams, or perhaps I should just include
these in the video. Thanks again for your encouraging words.