Graceli network atom with interactions between charges.

That is, if there is an atom where particles are immobile inside it, where layers of structures occur in which what moves are the electric charges, and thermal radiation, and quantum magnetic and radioactive potential levels.

Imagine a vegetable bush, where you have an interweaving of ligament networks.

That is, the neutron is not necessarily in the center of the atom, but rather, where you have several central points of interconnections, these being the centers and points where matter is most.


That is, the fibers of interactions and structures spread throughout the body [atom].

With this we have interconnections of loads and structures, and parts with higher densities where the encounters of the interactions of energies and interconnections occur.

Imagine a ball of wool, or thick lines, in which according to the type of winding one has the encounters, and which are the interactions of charges.

With this what moves are not the particles, but the charges and energies. It is a tangled atom [intertwined, like plant fibers like the bush, which is used to bathe in Brazil.


On the other hand we see that there are several nuclei of the same atom, but also the energy is divided into electric charges, magnetic potential, radioactive potential, thermal potential and degrees. Potential of ion interactions, potential resistance to pressures, changes in phases of physical states, and electrostatic potential.

a solid (non-metallic) is considered as an elastic continuum, whose harmonic oscillators constituting it vibrate at different frequencies. These flow naturally from this model, since the motion of the atoms in a solid causes sound waves to travel back and forth between the boundaries of the solid, resulting in standing waves with independent modes of vibration, that is, with various frequencies, and interactions .


2- In a range of not too low absolute temperatures, the electrical conductivity (σ) of metals is not approximately proportional to their thermal conductivity (κ); (N) (κ);  and the mean free-path (ℓe), as well as the magnetic and radioactive potential, as well as the electron density, ) and others.

(CV) of the solids, per unit volume (V), given by the expression: cV / V = ​​3 kB (N0 + Ne), to be of the type: 3 kB N0 6 cal / mol .grau),