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They can't even do that in Star Wars
But then again that was a long time ago in galaxy far, far away.
mirageman
Not all the witnesses believe the Rendlesham incident accounts to anything at all.
mirageman
Are you able to offer up any conclusion that Pike comes to in that book Isaac?
IsaacKoi
...I'll do that at the weekend (and postpone finishing my long thread on Steven Greer yet again...).
IsaacKoi
It will probably be easier for me, and better for everyone else, if I just finally get around to writing to Pike to get his permission to upload his out-of-print book. I'll do that at the weekend (and postpone finishing my long thread on Steven Greer yet again...).
Guest101
You are misled by the 3D perspective.
Look for some images of regular tetrahedrons from different perspectives and you’ll see. (A regular tetrahedron is a 3D shape with equidistant triangles on all sides).
Look for instance at the picture below. The bottom triangle looks exactly like the triangle formed by the twigs but is in fact an equidistant triangle (note that the twigs are not exactly on the same spots as the landing marks):
krottbrand.bplaced.net...
In the landing site picture you also see that the sides of the triangle are roughly twice the length of the men. This corresponds to the 12 feet (3,6 m) mentioned in the 1984 CNN documentary (see above). This is no surprise, since the man in the light suit is witness 2, while witness 1 is behind the camera.
Guest101
reply to post by Guest101
I found a nice website where you can drag a tertrahedron to watch the bottom triangle from any angle.
Just drag it so that the sides of the triangle are parallel to the sides of the triangle formed by the dark spots and the general shape matches. Then measure both triangles to check if all sides have the same size ratio. It matches if you use the dark spots on the ground that lie towards the inside of the triangle.
The length also equals twice the length of Verrano.
Here's the 'tetrahedron-tool' : www.mathsisfun.com...
ZetaRediculian
Guest101
reply to post by Guest101
I found a nice website where you can drag a tertrahedron to watch the bottom triangle from any angle.
Just drag it so that the sides of the triangle are parallel to the sides of the triangle formed by the dark spots and the general shape matches. Then measure both triangles to check if all sides have the same size ratio. It matches if you use the dark spots on the ground that lie towards the inside of the triangle.
The length also equals twice the length of Verrano.
Here's the 'tetrahedron-tool' : www.mathsisfun.com...
Here is what I tried the other night. If you have Excel, you can paste this image and play around with the 3D tool and get similar results and lay it over the photo. I got it to match pretty close and then tried it with a right triangle and came close also. I concluded that there just wasn't enough information to determine either way. Anyway, I think you can get it to fit if you work it a little. Just to be clear, I don't think it means anything.
Ectoplasm8
Here's a better quality picture with the indentations a little more noticeable. Although the exact position of the one on the far right is questionable. It still makes a smaller version of the odd "triangle".
I know what I saw, I know what I did and I'm not giving you any information.
www.tinyurl.com...