The limit for causality relating to each other events is the Planck time of 10^-45 s. Strangely enough provides a causality of origin to indeterminism. Hence, showing that a causal determinism could coexist in smaller expand of time with the different reality of quantum mechanics. Hence, entanglement defined by spooky by Einstein could be part of a unitary description. Thus, characterizing the Planck as bosons structure that could occupy the same quantum state, allows for simultaneous events, which do not require an inflationary stage. Moreover the Planck dissipation through uncoupling of forces could be unidirectional by their rotation state at origin. Hence, asymmetry could reduce pair annihilation and exclude quarks. Thus, allowing their characterization as the particles representing quantum gravity by absorbing the energy from unstable particles to produce more quarks. From the uncoupling of the electromagnetic force emerge electrons that could orbit the quarks within the protons. Consequently, results in the heat producing synthesis of hydrogen and helium and relates gravity to their emergence creating the 3D space. The 4th dimension links together the local-micro within the macro-overall continuum by the emergence of an arrow of time. The primordial universe as a function of 1060 Planck bosons could be thermodynamically characterized as an inwardly functional open system. The galactic recession by the Hubble’s law generates internalized entropy, within emerging voids. Hence at the stage of galactic formation, the voids distend space as dark energy with a cooling effect with a dispersion of entropy. The recoil pressures over galaxies increments the inertial mass, contributing to the gravitational forces exerted as dark matter. The recoil increases the linear momentum, and when approaching c results in a decrease in the rate of increase of the inertial mass. At very long distances, the values of z> 1 appear as due to the lack of resolution and cannot be differentiated by their contribution to impulse and the angular momentum. The Sloan Digital Sky Survey (SDSS) telescopically observes primordial galaxies by a lookback on time, describing the primordial galaxies by their light arrival time distance within the space. The Planck bosons in expansive disintegration avoid an inflationary period and could be scaled by parametric down-conversion (PDC) in recurrent quantum sequence: 2n (n = 0, 1, 2…) were used to model the causal space-time continuum. Density fluctuations due to the decoupling of forces generated the primordial resonances and gravitational waves, affecting the plasma state, causing the acoustic waves printed in the universe to emerge. The contribution of the angular momentum of the primordial universe to the quantification confers the spin to the particles axis, allowing acquiring distention configurations between two focuses. In quarks these may be characterized in the pulling vs contraction. In electrons could determine orbits, which delocalized their position vs momentum.