The universe of forms exists from a source of numbers
all our ground universe is built on forms and numbers...

Geometrical forms occur naturally in the mineral world. Minerals are arranged in a regular network of fixed points around which molecules, atoms or ions in a crystalline structure, vibrate.

The combinations of atoms in crystal lattices are peculiarities that constitute the whole of terrestrial minerals. There are also amorphous bodies in which atoms are distributed in an unspecified way.
A crystal structure is a unique arrangement of atoms in a crystal. A crystal stucture is composed of a unit cell, a set of atoms arranged in a particular way ; which is periodically repeated in three dimensions on a lattice. The spacing between unit cells in various directions is called its lattice parameters.**

Halite is a mineral (NaCl) consisting of sodium chloride (rock salt). The lattice structure characteristic of a crystal of halite is on the cubic system. The parameter defining the unit cell of the crystal lattice of halite, is made up of three equal axes at right angles to each other.

** From Wikipedia encyclopedia

 

Examples of minerals	The regular arrangement of atoms in a crystal have been described by Bravais. He defined 7 crystal lattices that show their tridimensional periodicity in space.	Bearers of numbers
halite (NaCl) native silver (Ag) native copper (Cu) diamond (C) gold (Au) A native element is not combined with one or any other element.	Diamond is a very pure form of carbon cristallising in the cubic system Cubic minerals are isotropic and include the cube, octahedron, the rhombic dodecahedron and the isocahedron	Na Cl Cl : ( 2+8+7) Na : (2+8+1 ) Ag : 47 Cu : 29 C : 6 Au : 79
Beryl : Al2Be3(Si6O18) Graphite : C Alpha quartz	Hexagonal crystal system Straight prism on an hexagonal base
_Pyrolusite : MnO2 _Rutile : TiO2	Tetragonal system Straight prism on a square base
Amethyst Chalcedony Cornelian Quartz : Si O2 Ruby : Al2 O3 et chrome	Rombohedral system The 6 faces of the solid are equal rhombuses
_Celestite _Topaze Sulphur	orthorhombic system Straight prism on a rhombus base
_Jadeite Gypsum Malachite	monoclinic system Slanting prism on a rhombus base
_Labradorite Turquoise	triclinic system Slanting prism on a base of any parallelepiped surface

Beryl is highly appreciated in jewelery. The gem varieties of beryl occur with inclusions of iron and chrome (green and blue ), lithium (pink), uranium (yellow)

The varieties are named as follow:

The pale blue beryl is aquamarine
The deep green one is emerald
The yellow one is heliodor
The pink one is morganite

This cyclosilicate mineral has a lattice structure with rings of SiO4 tetrahedrons linked by oxygen. The tetrahedral rings have a silicium atom as an inner centre and are bonded by beryllium atoms.

These elements are combined in geometrical volumes of an hexagonal shape so , we can say without drawing further conclusions that beryl carries in "its memory" some atomic numbers 4, 8, 13, 14 and also the hexagonal form related to the number 6.

Pantheon of the collective memory.