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That's a computer program that's worthless; doesn't guarantee to save anyones lives.
Originally posted by RussianScientists
Colossal Planetary Body Exists Exactly One Light Year Behind the Sun
In doing research on earthquakes over all of these years, I've come to the hypothesis that there exists a colossal planetary body exactly one light year behind our Sun, which sling shots many comets back towards our sun, and that the imaginary hypothesized Oort cloud doesn't exist. I further hypothesize that this colossal planetary body exists exactly one light year behind our Sun giving us our light year and possibly our speed of light. I further hypothesize that this colossal planetary body remains invisible to us because it exists exactly one light year from our Sun, and that this distance could possibly give us our speed of light.
When I write, "behind our Sun", I'm not stating that it exists on the other side of our Sun, but that it exists "behind" our Sun as our Sun plows its way through space. As our Sun plows its way through space, our Sun ignites because of the pressure exerted upon its surface. Our Sun protects and trails behind it our planetary system in a swirling motion.
The Kuiper Belt as we know it exists behind our sun, basically the same as a sonic boom does behind a plane, except the Kuiper Belt is of a much, much greater magnitude in size than a sonic boom.
When studying earthquakes days, weeks and sometimes over a month before they strike, and upto 1.5 days after they strike, one has the opportunity to take exact measurements of the energy coming from the abnormal pressure existing within the earth that later may or may not rupture into a common earthquake.
While studing earthquakes on a 24/7 basis, usually before they strike, for days and weeks at a time; one has to go and locate the epicenter in order to write down the exact amount the energy or radiation given off at the epicenter by the slow earthquake process that takes place before a rupture can occur with in the Earth's substrata.
During this period of time, since one knows that there is always a detectable nodal zone somewhere outward from the epicenter, one then sets off in search of it. When small magnitude earthquakes are detected in this same manner, let's say earthquakes that range from 1.0 in magnitude to 3.0 in magnitude; there is a very rapid drop off in easy to measure, easy to detect pressure as one takes the piezoseismic system further and further from the epicenter in the first half mile to mile distance. When the larger magnitude earthquakes are detected in this same manner, there is no drop off in easy to measure, easy to detect pressure as one takes the piezoseismic system further and further from the epicenter in the first half mile to mile distance.
But...., and I do say "but", as one takes the piezoseismic system further and further away from the epicenter, one suddenly notices that there is an extremely rapid drop in energy or radiation. When one reaches the peak or zone of minimum energy or radiation, one is then at the nodal point. The nodal point exists at the shells edge. The distance from the edge of this invisible shell to the epicenter, is the exact distance from the epicenter to the hypocenter or foci where the energy is being transmitted from.
Therefore, my hypothesis is that a colossal planetary body exists exactly one light year behind our Sun, and is invisible to us. This invisible colossal planetary body is invisible to us because it exists exactly in the energy/radiation band/shell emitted from our Sun.
Furthermore, this invisible colossal planetary body could possibly be more like a Sun that isn't lit because it doesn't experience the amount of pressure exerted upon it that our Sun has, as it plows through space.