Understand Stones #1

Every living being needs the 4 elements (earth, water, fire, air) to form. In the same way that the Earth is alive, so are the crystals. The structure that can be observed inside the stones (streaks, veins, landscape ..) can tell us layer by layer the history of the creation of humanity and the universe. These stones deliver us the secrets of the creation, they teach us that everything is ONE, transformation, change and synonym of evolution. It encloses the cosmic laws as a whole.

A crystal is a solid body of regular geometric shape, formed over the development of the Earth. The crystals have continued to metamorphose with the changes of the planet. They are the DNA of the Earth, the chemical imprint of evolution. These are miniature warehouses, containing the records of earthly transformations over millions of years and therefore the indelible memory of the powerful forces that shaped our globe. Some crystals have been subjected to enormous pressures, others have appeared in deep underground cavities, some have developed into strata, others have formed drop by drop. Whatever their shape, their crystalline structure can absorb, conserve, concentrate and emit energy.

Through chemical impurities, radiation, terrestrial and solar emissions, its specific formation, each type of crystal is endowed with a characteristic "note." Formed from an impressive number of minerals, a crystal is defined by its internal structure - an ordered and recurrent atomic network specific to each type Whether large or small, a crystal will have exactly the same internal structure, visible under the microscope.

This particular geometric network makes it possible to identify the crystals - for example, some, such as aragonite, have several very different shapes and colors which, at first glance, do not seem to have anything in common. Their internal structure is however identical, they belong to the same category. This structure is crucial for the classification of crystals, much more than the mineral or minerals that go into their composition. In some cases, the mineral content differs somewhat, varying the colors for the same type of crystal.