Geometric-Periodic Table

Dr. Robert Moon, an early fission physicist of the University of Chicago, developed a synthetic geometric structure of the periodic table for the 92 naturally occuring elements and the particles in their nucleus. The spark to his work came from Nobelprize laureate Klaus von Klitzing, who studied conductivity of very thin slices of semiconductors.

The addition by Mr. Moon’s co-worker Laurance Hecht of a 3D-geometric structure for the nucleus’ neutrons, provides a more solid foundation for Quantum Mechanics.
For more details click here.

In Moon’s ‘Keplarian atom’, the 92 protons of all naturally occuring elements are determined by the 2 x 46 vertices of a pair of 4 nested Platonic solids:

a cube, inside an
octahedron, inside an
icosahedron, inside a
dodecahedron

The 3D geometry of the Fruit of Life contains all 5 Solids. Since all 92 elements are contained within these 5 solids, the Fruit of Life is in perfect resonance with all of the earthly elements.

Each of the 5 Platonic Solids
contained in the Fruit of Life

The Moon team concluded that a vacuum in which subatomic particles roll around freely, simply cannot exist, because ‘free’ space exhibits impedance, which is:
(permeability free space)x(velocity of light)

The impedance of free space is called ‘reactive impedance’, since energy can be stored there without any dissipation. ‘Free’ space has no matter to collide with or absorbed by.

Therefore they concluded that there must be a structure in space that can be quantized. If this applies to space within the nucleus of an atom, wouldn’t it also apply to the space outside of the atom’s spheres of electrons?

If so, could the model shown on this page be the correct model for our DNA helix?

THE COMPLETED URANIUM NUCLEUS

TWIN DODECAHEDRA

(a) To go beyond palladium (atomic number 46), which is represented by the completed dodecahedron, an identical dodecahedron joins the first one at one of the 12 faces.

When the second dodecahedron is completed, it is seen that six positions on the common dodecahedral face are already occupied. This represents the nucleus of radon (atomic number 86).

(b) Beyond radon, the twin dodecahedra open up, using a common edge as if it were a hinge. See above images.

(c) To create 91-protactanium, the hinge is broken at one end. To create 92-uranium, the position where two protons join must be slightly displaced, creating the instability which permits fission.