The first geometric deformation (Universal) of the isotropic space has as a consequence the second one (local) as space holes (bubbles of empty space), the primary neutron close to the Universe center. When the neutron is found in an environment of stronger cohesive pressure, it becomes unstable and is cleaved (beta decay), producing a proton by the detachment of negative electrical units. These negative units form an electron, while on the remaining proton cortex the positive units outmatch. Moreover, the nuclei have been structured through the inverse electric field of the proton and the electric entity of the macroscopically neutral neutron. It will be proved that the nuclei contain energy, which is equivalent to the structural energy of their nucleons, their kinetic energy and the dynamic energy of their fields. Consequently, energy is concentrated in the nucleons, which are distributed in the nucleus over huge distances, likewise in the case of atoms and planetary systems. So, matter is thin in all its scales.