Hey friends, I figured it out.
Take 8 triangle pyramids all identical in shape, each with 4 sides so that the base also forms a triangle.
4 of them will have their north pole centered at one point, and the south pole centered on the triangle surface that is on the exact opposite side of that point.
The other 4 triangles will have the same shape but will have their poles reversed so that their south pole is on a single point of the triangle pyramid, while the north pole is spread out over the surface of the side of the pyramid that is exactly opposite to the point.
Now, take the first 4 and push them together so that all of their south poles are facing each other and the points of each is barely touching each other. They will look like a 3 dimensional triforce shape from the Zelda nintendo games. They will all want to repel each other, so you might have to glue them together or something.
Now, take the other group of 4 triangle pyramids. You will want to create the exact same arrangement as with the first 4 but these 4 will fit together with the first 4 so that they form a stable magnetic formation. They should fit together perfectly with the first four. Arrange them so that their north pole surface face fits into the gaps left in the first group. Remember they had their south faces all forced together. The second group with its north faces will attract and balance the first 4 and cause a magnetic balance to form, so that you could infact remove the glue you used with the first group, after they were joined with the second group.
It should look like a star tetrahedron when its done. This picture shows 7 of them.
http://www.freewebs.com/cropcirclelanguage/SCAN0024.JPG
This magnetic model is based upon how nature really works and how the universal components arrange themselves naturally. It has been shown before.
http://www.freewebs.com/cropcirclela...l2002afull.jpg
This animation shows some of the base concepts if you are unfamilair with these kinds of things.
http://www.youtube.com/watch?v=HTPvG...e=channel_page
Peace,
SE