posted on Jan, 28 2011 @ 09:53 PM
reply to post by SonOfTheLawOfOne
reply to post by Sly1one
i don't like to detract from the "worth 1000 words" power of the video above. but i will offer a brief explanation.
i really like that Sly1one brought up the example of "flatland". it is quite pertinent. in the following illustration, you will see particles
moving in across a single dimension. their movements form a regular pattern of compression and rarefaction.
in the next drawing, you can see that the compression and rarefaction across a single plane are correlated across a second domain. this is shown as
UPDOWN correlated to LEFTRIGHT.
so now, if you will, observe during the camera rotation reaches the half-point. this is the point of intersection across the third (of three)
dimensions. a snapshot, rendered below, shows exactly
how activity within the first two dimensional planes are coordinated by angular momentum
across the third dimension. (observe the UP and LEFT orientation)
the reverse of this, of course, is the DOWN and RIGHT correlation. this is achieved by rotating the image by 180 degrees.
it should be noted that, although the image is rotated by 180 degrees, the original angles themselves were at a 45 degree angle. therefore the
cumulative angular difference between the UPDOWNLEFTRIGHT is
.....the most wonderful thing about this all is that, once you have digested all of the technical information, you can watch the video and see quite
plainly how a rotation of 90 degrees across a single dimensional plane results in a "MAGNETIC" polarization of the particle units involved in the
i hope that this explaination is sufficient. please let me know if you need any more details.