Just a comment-- I have really enjoyed the images from your Sacred Geometry Oracle card set!
Your mention of the roots remind me that each successive root is the diagonal distance across a square/cube/hypercube for the number of dimensions in the exponent; so SQRT 2 is the diagonal distance across a square (2D); SQRT 3 is the diagonal distance between far opposite corners of a cube (3D); SQRT 4 is the diagonal distance across a hypercube (4D), and SQRT 5 the diagonal of the 5D cube -- and the diagonal of a rectangle made by 2 squares (which sort of ties 5D back to 2D) --AND the seed of the Golden ratio, which is equal to 0.5 + SQRT(5)/2, as you have correctly pointed out.
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branchandroot
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Date: 2022-07-04 05:37 am (UTC)I have really enjoyed the images from your Sacred Geometry Oracle card set!
Your mention of the roots remind me that each successive root is the diagonal distance across a square/cube/hypercube for the number of dimensions in the exponent;
so
SQRT 2 is the diagonal distance across a square (2D);
SQRT 3 is the diagonal distance between far opposite corners of a cube (3D);
SQRT 4 is the diagonal distance across a hypercube (4D), and
SQRT 5 the diagonal of the 5D cube -- and the diagonal of a rectangle made by 2 squares (which sort of ties 5D back to 2D) --AND the seed of the Golden ratio, which is equal to 0.5 + SQRT(5)/2, as you have correctly pointed out.
It is truly a world of wonder!
--Mint Extrapolating Goose