CRYSTALS: Unique Repeating Patterns

CRYSTALS: Unique Repeating Patterns.
Difference between Stones, Rocks, Minerals and Crystals

Here are the scientific and geological explanations of the differences between stones, rocks and crystals.

A Stone is a solid, non-metallic mineral matter. A Rock is a natural material, hard or soft, consisting of one or more minerals, but do not have a crystal structure. Stones form together to make a Rock. One of the main differences is that Stones are always hard while a Rock can be hard or soft. Both are formed from minerals.

A mineral is a chemical substance made up of one or more chemicals having a definite crystal structure. Rocks do not have a definite chemical composition whereas minerals do.

Crystals are a solid material comprised of ions, atoms and molecules that are arranged in a repeating pattern to become solid.
Basically, crystals start as a liquid form that solidifies – or crystallizes – and thus you have a Crystal. All 3 are formed in the earth but they are comprised of different materials and formed by different methods and of course will carry different energies. So a Clear Quartz is not a Rock or a Stone… it is a Crystal.

A crystal or crystalline solid is a solid material whose constituents (such as atoms, molecules, or ions) are arranged in a highly ordered microscopic structure, forming a crystal lattice that extends in all directions. … The scientific study of crystals and crystal formation is known as crystallography.

An Elestial Crystal is a specific crystalline formation mainly composed of Smokey Quartz but sometimes found as Amethyst or Clear Quartz which is also known as Fenster Quartz. … Some Elestials are also “Enhydros” containing water trapped within the Quartz as it formed.

Crystal Diversity: Multiple Axes and Symmetries

There exist 32 classes or structural varieties of crystals,
and they all obey strict sacred geometrical laws.
Mineralogical charts show unique combinations
of the 5 Platonic Solids, their truncations or cuts,
how they nest or embed in perfected Phi ratios,
proud of their symmetrical signatures,
their fusions and compoundings,
their dual combinations and stark stellations
their godly, primitive rays of creation.

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