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periods. This pattern itself divided into 5 peak and trough cycles of plus minus 25 000 years each. The remarkable thing about this roughly 126 000 year pentacycle, is it's first high peak, following a very low trough, slowly building it's way up to the highest peak through the five 25 000 year peak and trough cycles. The most remarkable, is that we find ourselves right on the cusp of the highest peak in this very cycle, which means, that it should be the hottest period of the 126 000 year cycle.

Hypothetical' causes for this almost fixed 126 000 year pentacycle are numerous. We have the precession of the equinoxes, where the earth's tilted axis wobbles' like a spinning top. One such wobble' takes roughly 25 200 years: the time it takes for one of the mini-cycles of the 128 000 pentacycle to complete. Solar scientists have also noted the sun's activity to be by far the most active it has been in the past 11 000 years (the time just after the last ice age). The reason for this probably being the entering of our solar system into a high density cloud as we orbit around the centre of our Milky Way galaxy, discovered by russian geophysicists. This energy cloud poses a pathway of resistance to the sun, and that of our atmosphere. With plain newtonian physics, we know that resistance causes friction, which in turn causes heat. It was also discovered that our electro magnetic shield is deminishing rapidly in strength, thus increasing the sun's effects on our climate. This itself could be the precursor of a future pole reversal event which happens roughly every 125 000 years or so.

Let's condense the above information into a more comprehensible elixir:

The earth has a roughly 126 000 year climate glacial-interglacial cycle, divided into five roughly 25 200 year mini' glacial-intergalcial periods. It takes a rough 12 000 years between a glacial (ice age) period to an interglacial (present climate) period, neatly fitting into one mini' glacial-interglacial period of 25 200 years. These elements neatly fit into the precession of the equinoxes.

Thus when closely studied we find ourselves as mentioned earlier, right on the cusp of the highest interglacial peak before the lowest trough in the 126 000 year cycle. This of course coincides with the weakening of our electro-magnetic shield (being the precursor of a pole reversal), which happens every 125 000 years or so (according to geological records).

And what does this imply you may ask. Well, it could be that we are right on

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