The 3 ages of rocks and crystals.

If we study those geological forms in time all of them go through the 3 ‘states-ages’ of matter, that shape the long geological cycles of the inner and outer regions of the mantle, which often culminate in the creation of crystals, the 3rd most perfect, informative molecular age.
The generational, life cycle of those geological systems and rocks is very slow compared to our life rhythms, according to the space-time inversion, max. E=min. T since they are made of bigger atoms and bigger networks. So they have life spans of millions of years with min. life speed and hence they seem dead species from the faster point of view of humans made of lighter atoms.
For very long we also thought that plants did not perceive or act-react to external stimuli, because they were the biggest and slowest life beings based in chemical languages (max.E=min.T), compared to the faster, electronic, languages of smaller animals (max.T=min.E). But plants turn to the sun, grow according to the wind and seem to grow faster with good music. The cycles of rocks are even slower, but still they are organic systems of energy and information.
Quantic Spaces-Times theory studies them through the fundamental physical parameter of energy and information, which is temperature. A high temperature means high energy, low temperature means high order-information. Another parameter is 'height', which is the dimension of information. Finally, most processes of creation are dual: a fast process of creation takes place at high temperatures with maximum expenditure of energy and min. informative order (max. E=min.T). While the inverse slow process of creation uses less energy and reaches a maximum final order. If we apply those 3 Quantic Spaces-Times laws, we can understand the process of crystal and rock’s creation and its 3±1 ages:
  - Birth and Youth: Rocks are born as lavas inside the planet with a high temperature (energy-movement) and an extended form. As they raise in the dimension of height-information, rocks cool off, loosing temperature-energy and acquiring form, till reaching when the process is very slow (with a higher quantity of evolutionary time), a crystalline form, able to create images within its informative focus. But if the cooling of the rock happens too fast, without giving time to the slow, formal evolution of atoms necessary to acquire a symmetric order, it becomes an amorphous rock. Finally, the rock or crystal comes out to the surface of the Earth and its youth cycle of creation ends.
  - Maturity: In its mature age the crystal perceives light, forming images in its focus, while the amorphous rock shows at best strikes of lineal atoms. As the informative species, crystals also live longer in time. Diamonds can live billions of years. But, amorphous, non-efficient rocks soon begin the aging process, through erosion that wears them away by the effect of water and light.
  - 3rd Age and Death that gives life. We find in rocks, as in all Quantic Spaces-Times fields, 2 forms of death:
   - Max. E=min. T: An explosive, sudden death, common to all crystals that become broken, exploding into pieces with brisk changes of temperature.
   - Max. T=min. E: An informative death in their 3rd age, common to amorphous rocks, as they wear away very slowly, eroded by water and air. So when a rock dies its cells disintegrate, loose its height and return to the interior of the Earth, completing its generational cycle. Then, the energy of the Earth’s heart will warm them up again into magma, starting a new cycle.

The S-T symmetry between the 3±1 ages of evolution and 3±1 spatial types of rocks.
Finally, if we consider those ages in space they give birth to 3±1 equivalent types of rocks.
- Max. E: The simplest rocks are volcanic rocks that flow with max. energy and speed towards the surface of the Earth but have minimal form.
- <=>: Igneous rocks have slower, ascending speeds and a more balanced form.
- Max. T: Metamorphic rocks, as their name shows, undergo a transformation with several degrees of crystalline form and radial symmetry. They are the slowest to come out to the surface.
-  ±1: Finally, when rocks die and disaggregate into dust they clamp into the 4th type of rocks: sedimentary rocks and sand, which still have a minimal organic structure.