On Mar 30, 1:02=A0am, good...@[EMAIL PROTECTED]
wrote:
> It's geometry. =A0You find the point in the center of the lower
> dimension, and extend outward in a new direction. =A0For 0 dimensions is
> a point. =A0You extend outward and form a line which is the first
> dimension. =A0From the center of the line you extend outward in a new
> direction, and form an equilateral triangle which is the second
> dimension. =A0From the center of this triangle, you extend outward in a
> new direction, and form an equilateral pyramid, which is the 3rd
> dimension. =A0Likewise, from the center of this pyramid, you extend
> outward in a new direction and form an equilateral superpyramid which
> is the 4th dimension. =A0In the fourth dimension there is more space,
> and just as the 2nd dimension imprisons and makes up the sides of the
> 3rd dimensional figure, the 3rd dimension imprisons and makes up the
> sides of the 4 dimensional figure. =A0So each [side of the] of the 5
> sides of 4th dimensional equilateral superpyramid is an equilateral
> pyramid. =A0You can imagine that each side of the 3rd dimensional
> equilateral pyramid had another 3-D equilateral pyramid stuck onto
> it. =A0The center pyramid forms the base of the 4th dimensional
> superpyramid, and the point of each of the other 4 pyramids folds into
> the fourth dimension in a new direction so that they meet in a point
> immediately over, and which extends down to center of the base
> pyramid, just as the three triangles which are the sides of the 3rd
> dimensional pyramid meet in a point directly above
the center of the
> original 2nd dimensional triangle.
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