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# Where is the Dodecahedron?

The Platonic solids are unique in many ways and are of interest to mathematicians, physical scientists, and spiritual teachers. We are interested in them because they are all nested within Metatron’s Cube. Some of the Platonic solids are easier to see than others. The dodecahedron is very difficult to see in the image below.

The five Platonic solids are all contained within this two-dimensional image of Metatron's Cube that is shown above. The Platonic solids are, however, all three-dimensional figures. They are easier to find in this three-dimensional image.

The next Platonic solid that we are interested in is the dodecahedron. The dodecahedron has twelve sides. A regular dodecahedron has twelve faces, and each face is an regular pentagon. Regular pentagons have all five sides the same length. You can only see six of the faces in the image below.

Click on the video below to see the animation of it turning into a three- dimensional shape.

The three-dimensional model of Metatron’s cube that we are working to build is shown below. This model is only a partial model since it only shows one example of each of the Platonic solids. It is important because it shows the nesting of the Platonic solids within each other. This nesting allows them to freely rotate within Metatron’s cube. It is the rotation of the Platonic solids that generates the energy within Metatron’s cube.