Among other things, it appears that a super efficient electrolysis process occurs in the watersphere as a result of the focused energy forms (the large tetrahedron structure, a smaller 4 sided pyramid at the core of the watersphere, the electrical structures, and perhaps others). By electrolysis, we are seperating water into hydrogen and oxygen very efficiently, after which the elements recombine again to form water. This is a repeating process which gives power to the crop circle ship.
The overall result is that there is more energy gained when these elements are recombined into water, than that which it takes to separate them initially – providing an 'overunity' power system which provides a continuous cycle of power. The great idea here is that the water can be reused over and over again. Occasionally it would need to be refilled a little – but for the most part it would be able to sustain itself for a long period of time because the water can be used again and again.
What does the watersphere look like?
The watersphere takes many forms, depending on the time period of its creation, and what it is trying to show. Back in the 1990s the watersphere generally took on the form of a circle sorrounded by two rings.
The famous Barbury Castle tetrahedron, below, is a great example. Note the center circle and two rings, representing the watersphere.
In more recent times, the watersphere takes the form of a large circle with a perfect square inside (the actual design of the square varies depending on what aspect of the technology the crop circle is trying to get across to us). The square is actually a pyramid, which we will detail on the next page.
Here are two examples of this form of the watersphere:
As well, we have this formation in 2003, which is kind enough to provide a link between the old depictions of the watersphere (the double ringed circle) and the new. In photo below, when we consider the contents of the square alone we can see how it resembles the old design of the watersphere.

Important:
For the watersphere to be in the exact center of the large tetrahedron structure, it would have to be connected from the second level of spheres (medium size spheres),
and this is exactly what we see, over and over again.
Below, again, we see the watersphere connected from the second spheres. We know the watersphere is not just the third sphere, S3, because it is shown with two rings instead of one.
We have already seen the next formation on the previous page, but it again shows the connection to the watersphere comes from the second level of spheres. This depiction of the watersphere appears to show the path of microwaves, and therefore the way the watersphere has been drawn is different.
We can take this further and look at a fun example, like this next one. For the moment, just ignore what hasnt been explained. The point is that the first connection to the watersphere is at the level of S2, the second level of spheres (and the second reservoir ring).
This last one shows one of the symbols (

) for the free energy process next to S2.
So it fits into our model like this:
Now we have an idea of where the watersphere goes and how to identify it, however it is obviously going to be quite a bit more complicated than that.


Comments on this page
If there is any way in which I can be of some assistance, in aspects of design or desiphering of the crop circles or any new ideas I might have. I will galdly do what I can. I also have a project going for free energy. I am currently designing a hydrodgen generator. And since your project deals with hydrodgen I thought that I may be of some assistance. So please, if you will, send me more information. I would very much like to help you in your quest for the truth and for knowledge.
Sincerly,
Jesse Benavides Posted by Anonymous Visitor on December 4, 2006 -
Hi.
Perhaps the watersphere is the logical step up from concentrical cilinders of the free energy \"joe\" cell, towards a round self containing orgone generator.. please feel to reply direct to my email address.
Thanks. Posted by Carlo on December 27, 2006 -
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