Following the golden thread through the mathematical universe using (±) method. A deep dive into the complex geometry of the golden ratio. This very deep dive into a very sophisticated method. Is colour coded to help understand. And will take many years to mentally digest. Please do not break your brain, it will take many …
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The 345 Code
The Middle pyramid at Giza. Follow my current progress at folding circles. The 345 code is fascinating and shows how whole numbers are connected by an elaborate set of geometry. Then we can see how the 345 triangle is connected to the golden ratio and the double Spiral of Theodorus. Next we can see how …
Cosmic Geometry
Update : Start here to understand the cosmic (±) geometry method. This gives us the following geometry and the cosmic triangle. And then completing the geometry and unifying diameter and radius. And using this method we get the amazing geometry of the folding fish. There are two different kinds of fish. (square and non-square base) …
The Amazing Golden Ratio (Phi)
The Golden ratio is maybe the greatest number, lets explore why? The golden ratio can be found in both the Hexagon and the Pentagon. Phi (golden section) triangle and the 345 triangle have a unique relationship. And in order to understand phi we must look in detail at this relationship. Below showing the most important …
The mathematics of the amazing 345 Triangle
The Golden Ratio 345 triangle and Metatron’s cube.
Evidence for Phi Pi
How to fold a Great Pyramid of Giza from a circle
How to fold a Great Pyramid of Giza from a circle. Simply print out, cut out the circle and fold the dotted lines only.
Sacred Geometry 101
The best way to start to understand the cosmic (±) geometry method. It is assumed that (x) is always ≥ 1 and the (1/x) is always ≤ 1. The ‘cosmic’ equation Linking the ‘cosmic’ equation with Pythagoras. Linking the ‘cosmic’ equation with trigonometry and the trigonometric functions. Simplifying the tan relationship. more stuff more stuff The Triangles The relationship between the red …
The Symphony of Geometry
The amazing mathematics at the root of all geometry. “Numbers and equations are signs that mark the music of the spheres.” Nikola Tesla Lets explore some of the most interesting angles. 1. 2. 3. 4. 5. 6. Video
Squaring the Circle
Squaring the Circle A ‘squared circle’ is when a circle and square have equal area, or equal perimeter. Does the Golden Ratio (phi) define the squaring of a circle. According to some, in ancient Egypt, this mystery was encoded in the mathematics of Giza. It is well known that the value of pi (3.14) is …
Mathematics Dude 