Sacred geometry involves sacred universal patterns used in the design of everything in our reality, most often seen in sacred architecture and sacred art. The basic belief is that geometry and mathematical ratios, harmonics and proportion are also found in music, light, cosmology. This value system is seen as widespread even in prehistory, a cultural universal of the human condition.

The Golden Mean Spiral can wear many hats in its function and relationship to Creation. It is my personal opinion that the Golden Mean Spiral represents the purest form of the feminine aspect of.

Nature by Numbers

The coolest video on Fibonacci Sequence you've ever seen

A movie inspired on numbers, geometry and nature, by Cristóbal Vila. Nature Inspired by Numbers & Geometry (Beautiful Video)

About the Golden Ratio: The Golden Ratio can be illustrated within special dimensions of Sprials, Triangles and Rectangles where the ratio of the length of the short side to the long side is .618, was noted by ancient Greek architects as the most visually pleasing rectangle and its dimensions were used to construct buildings such as the Parthenon.:

The golden triangle is used to form a logarithmic spiral . By bisecting the base angles, a new point is created that in turn, makes another golden triangle.

Golden Ratio  formula to make blankets, scares, tablecloths  - anything really - proportioned properly.  Whudathunk there's a math formula for this?  My education was sorely lacking until the internet.

Golden Ratio formula to make blankets, scares, tablecloths - anything really - proportioned properly. Whudathunk there's a math formula for this? My education was sorely lacking until the internet.

The universe may be chaotic and unpredictable, but it's also a highly organized physical realm shaped by the laws of mathematics.

How the golden ratio manifests in nature

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Fibonacci Numbers in Nature with PPT, Lapbook & Notebook Templates

Whoever wants to understand much must play much. –Gottfried Benn.   The Golden Ratio has an interesting property: Its square is only one more than itself.  For large numbers, given any Fibonacci number, you can approximate the next Fibonacci number by multiplying the current one by (1+√5)/2, that is F(n+1)≈φF(n).

Fibonacci Findings

The Golden Ratio has an interesting property: Its square is only one more than itself. For large numbers, given any Fibonacci number, you can approximate the next Fibonacci number by multiplying the current one by that is

Fibonacci colour | mycolourqueue

Fibonacci colour

using the fibonacci sequence to aid solar collection.

13-Year-Old Makes Solar Power Breakthrough by Harnessing the Fibonacci Sequence

Old Replicates Fibonacci Sequence to Harness Solar Power - Aidan, replicated the Fibonacci Sequency in trees to invent a new way of harnessing solar energy!

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