Social Evolution: Type of molecules according to equality. Darwinian Vs social bondage: ions and networks.

Once and again, the evolution of species chooses between the 2 arrows of order and entropy, of Darwinian or social communication, described by the 3rd Non AE Postulate. According to that 3rd Postulate atoms show affinities for 2 kind of other atoms: those which have a similar brain-organ and are contiguous in the periodic table; or atoms which are in the same column of the periodic table and have similar electronic bodies. So we define 2 types of molecular, electronic bondage: ionic Darwinian bondage between atoms with different TxE force and parallel, social bondage between equal atoms, which is dominant and gathers many more atoms together, creating extensive networks of planetary size. Thus we classify all molecules in 3±1 types of molecules of growing Existential Force, ExT, and stability, 2 parameters directly proportional to the degree of equality of their atoms:

- (-1): Lonely atoms or diatomic, covalent molecules.
Top predator atoms, which don’t need to increase their individual quantic actions tend to act alone or in diatomic molecules, made with 2 equal atoms that create a ‘covalent bondage’, stronger than any molecule where one atom is a predator form. Covalent molecules show electrons with opposite spins that balance the ‘vortex directions’ of their charges in a relative present, as it happens with the 2 electrons of an atomic orbital. Their orbital clouds shape ellipses in which each equal atomic nucleus occupies one focus. Any morphological territory is based in the best geometry that positions all its points at the shortest equal distance of its ‘centres of action ’ or singularities: The sphere is the perfect form of single-centered systems. In dual Non-AE systems the ellipse is the morphology that packages at equal distance of both foci the same number of intermediate ET ‘quanta’, what makes it the most common illogic geometry of dual systems. In the ellipse morphology and function also come together. So their 2 centres can enact quantic, simultaneous actions with the external world in all the points of its membrane at the same time. Since the law of the ellipse makes always equal the sum of the distances of both foci to the membrane.

- Max. E: Darwinian, Prey-Predator relationships. Ions: Minimal S-T equality & Stability.
Elements in opposed columns of the atomic table tend to behave in a Darwinian way, as one needs the orbital energy of the other to feed its own electronic body and complete its form. Thus the weaker element with less atomic mass will become preyed by the stronger one, forming together unequal Hierarchical ions. Ions are small molecules in which the dominant atom in body valences or brain number (atomic weight) controls lighter atoms with less valences, that become part of its external body-membrane and process temporal energy for the central atoms. They are the smallest molecules, easy to reproduce given its minimal form but unstable, (min. ionisation energy) because their enslaved atoms which try to escape its bondage.

-  E=T: Corporal affinity. Micro-molecules.
Elements, which have spatial, corporal affinity, occupy the same electronic column and evolve socially, forming complex, strong molecular compounds. They create most of the molecules in the Universe. The 3±1 cyclical actions of those molecules are:
     

- Max.E x Max.T: They process energy and electromagnetic information, creating with it more complex forces (London forces, Van der Waals forces).
      - S: They associate their electronic orbitals in linear clouds (s) or cyclical, pi rings.
      - Re: They reproduce in chemical reactions.
Yet micro-molecules form smaller networks than those made of equal atoms, (crystals) and have less informative complexity than atomic systems based on ‘brain’ affinity (organic molecules).

-  Max. T: Body and Brain Affinity: Complementary, organic molecules.
The max. affinity occurs between atoms with similar atomic, brain weight and orbital body form, correlative in the Atomic table. They become the 3 complementary, e-et-t, components of molecules with 3 Non-AE zones: In life organisms, oxygen, Max.E, is the atom we breath and the component of water, that fills the intermediate spaces of the cell; nitrogen, Max. T, is the informative one, hyper-abundant on the DNA and brain cells, while carbon, E=T, is the structural, reproductive atom that shapes the body and creates the membranes of organic cells. In machines made of metal, silicon and gold (Max.T) are the informative atoms that act as the brains of advanced robots; iron (Max. E) is the structural atom, with max. ionisation energy that form the ‘membrane’ or body of the machine; and copper and silver (T=E), carry the electric temporal energy of its networks.
-+1: Absolute equality=Max. Social Evolution: Crystals.
Finally atoms belonging to the same species associate in the biggest, symmetric molecular fields called crystals that ‘transcend’ into macro-social systems.