WHAT IS APPROACHING ...THE SECOND SUN AND COMET CATASTROPHE (First impact early as this year!)

So when do you think all this goes down?

So when do you think all this goes down?


2007 - 2012

the time is...NOW

who give's a shit

ICE AGES LINKED TO COMET IMPACTS

The main thesis of this web site is that dramatic global climate changes are linked to relatively frequent comet impacts. Sometimes these impacts induce minor changes, other times major ones. Further, the dramatic weather swings found during the Ice Ages (technically called the Pleistocene) were caused by these comet impacts. The relative warmth or cold of these periods were marked by the oxygen isotope eighteen to sixteen ratio found in various ice cores or ocean bed samples.

Vulcan (our Sun's hypothesized dark star companion) draws comets from the Kupier belt as they orbited the Sun. Vulcan's gravity canceled their angular momentum and this caused them fall towards the Sun, passing through the inner solar system (see Figure 3). As they rounded the Sun, they broke up forming comet swarms. A few of these comets have hit Earth causing disasters (e.g. Noah's Great flood). The stable comet swarms formed in a 3:2 resonance orbits during two sequential Vulcan orbital revolutions. This is similar to the stable Kuiper belt objects that have been found in a 3:2 resonance orbit with Neptune. This analysis labels the comet swarms A & A' for those captured during one Vulcan revolution and B & B' for those captured during the subsequent revolution. The comet swarms were collected at two distant (444 AU) locations separated by 13o in Vulcan's elliptical orbit. The separation of the A' to A and B' to B swarms is anticipated to be about 489 +162/-250 years. Multiple (usually two) comet clusters (Cl) within each swarm appear to be formed, all with the same resonance period.

Paleoclimatology data indicates that five swarms of comets were formed. A rogue swarm C (with the same period anticipated) was also found. It was likely once part of one of the four major swarms (maybe swarm B that does not have two comet clusters), but it may have been scattered by a close encounter with one of the planets. Images of these clusters have been found carved in solid rock. These comet swarms do not last for long periods of time, but perhaps only several tens of millions of years. They often impact planets or are ejected from solar orbit by gravitational interactions with the major planets. Consequently, Earth goes through relatively quiescent weather periods, then is subject to a sequence of impacts causing the weather changes illustrated in Figure 1.
Geologists commonly attribute Ice Ages to the 26,000 year "wobble" of the Earth's axis. They claim that perturbations in the Earth's orbit and rotation axis are climatically important because they affect the global, seasonal, and latitudinal distribution of the incoming solar radiation. They claim that these are responsible for the Pleistocene ice ages. These "orbitally forced" climatic oscillations are recorded in sedimentary archives through changes in sediment properties, fossil communities, and chemical characteristics. But the problem is that these oscillations have been going on for billions of years and the Ice Ages haven't. Further difficulties are associated with Ice Ages appearing globally whereas variations of the tilt of the Earth's axis would favor weather changes in opposite directions of the two hemisphere. Famous astronomers like Sir Fred Hoyle and Wickramasinghe have suggested that bolide (comet or asteroid) impacts initiate Ice Ages. The dust and volcanic eruptions from a stony core comet impact effectively cause a "nuclear winter" throwing Earth into an Ice Age. The ice crystals forming in the upper atmosphere alter the reflectivity of the Earth perpetuating the Ice Age until a metal core comet impacts the Earth causing the ice crystals to melt.b

This web site further postulates that geomagnetic changes are linked to Vulcan's five thousand year period assuming that a comet impact of significant magnitude also occurs when Vulcan is near aphelion. There was a sharp drop of the Earth's magnetic strength during 3500 - 3000 BC. and it is diminishing again today. This interval is similar to Vulcan's orbital period. A comet impact of significant magnitude may also cause the Earth's crust to shift. The comet's impact is believed to be the agent responsible for aligning the magnetic field formed within the Earth's core with the one found within its crust. Indications of a flip are beginning to be observed even though a major impact has not occurred.

who give's a shit