"Geometry is frozen music." Pythagoras

MATH the part of mathematics that deals with the relationships between lines, angles, and surfaces (also relative or proportional volumes)
SINGULAR the way in which different things are arranged in relation to each other

"Proportion belongs to geometry and harmony, measurement to the object and to arithmetic; and one necessitates the other. Proportion is the comparison of sizes; harmony is the relationship to measures; geometry is the function of numbers." [R. A. Schwaller de Lubicz, The Temple in Man, page 61]

See Also

Constructive Cubes
Corner Cube Prisms
Corner Cube Retro-Reflectors
Corner cube retroreflectors
Cube Sphere
Figure 3.16 - Idea Preceeds Manifestation in Material Form using Cubes and Cones
Figure 3.26 - Formation of Spheres along Six Vectors of Cubes
Figure 3.4 - Focalizing Lenses at nested Cube faces
Figure 6.0.5 - Cube with Vortices showing Structural Relations
Figure 6.1 - Orthogonal Vortex Motion as Structural base of Cubes
Figure 6.3 - Cube with Orthogonal Vectors
Figure 6.5 - Triple Planes - May Underlay some Sacred Geometry or Religious Concepts
Figure 6.8 - Resulting in a Cube mutually assimilating to a Common Center
Figure 6.10 - Wave Dynamics between Cube Corners
Figure 6.11 - Cube Corner Reflectors Dissipating and Concentrating
Figure 6.12 - Spheres and Cubes are Gods Only Tools
Figure 6.14 - Triple Three Cubes
Figure 6.15 - The Neutral Cube
Figure 6.16 - Juxtaposed Corner Cubes
Figure 6.18 - Sphere Circumscribed by Cube
Figure 6.19 - Sphere to Cube - Relations and Proportions
Figure 10.06 - Vortices in Cube extending in to and out from Center
One More Step Toward Building The Cube-Sphere Wave-Field
Part 06 - Formation of Cubes
This Three Dimensional Cube Universe of Nine
We Now Build the Nine Equators of Cube-Sphere Wave-Fields
6.0.5 - Space seen as Constructive Cubes
6.10 - Nineness of Cubes
6.11 - Neutral Cubes
6.12 - Corner and Face Cubes
6.14 - Sphere and Cube
6.14.1 - Mirror Cube
6.2 - Development of Cubes
6.4 - Sacred Geometry
6.5 - Cubes divide into six tetrahedrons
6.6 - Cube Corner Retroreflectors
6.7 - Corner receivers from corners of cubes
6.7.5 - Compound Cubes

Page last modified on Wednesday 11 of January, 2017 04:37:20 MST

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