This treatise, entitled "THE DODECAHEDRON: THE GEOMETRY OF THE UNIVERSE - The BPI Model (Part V)", proposes a radical paradigm shift in the field of cosmology and theoretical physics, overcoming the concept of the universe understood as a closed and thermodynamically isolated system. The work introduces the "Bulk-Bubble" cosmological architecture, in which manifest reality is described as an immense dynamic and open space-time field. This field is constituted by innumerable fundamental geometric units (Lifetrons) organized according to the symmetry of the dodecahedron, which operate in constant informational exchange with a higher domain of syntropic stability (Bulk). The mathematical foundation of this architecture utilizes the functions and infinite series of Srinivasa Ramanujan, used to describe the geometry of an infinity that condenses into matter and to demonstrate how the cosmological "vacuum" does not represent an absence, but rather a delicate state of focal equilibrium (Zero point). The theoretical framework culminates in the formal extension of Albert Einstein's field equation. Through the introduction of a syntropic information tensor within the energy balance, it is demonstrated how directive information actively modifies the geometric response of the cosmic fabric. Consequently, this research redefines the speed of light as the elastic and resonance limit of a structured spatiotemporal matrix, formulates a new Equation of State to delineate the link between informational coherence and material mass, and introduces a specific correction operator based on icosahedral symmetry to reinterpret the fluctuations of the cosmic microwave background (CMB) as a direct imprint of the primordial fluid architecture. To support and validate the entire mathematical framework, the treatise presents a quantitative framework of empirical experimentations on multiple scales. In the subatomic domain, particle decay and the confinement of nuclear matter are demonstrated not as stochastic processes or mediated by invisible external forces, but as the direct phenomenological result of the tension limit and elastic relaxation of the spatial geometric lattice. On a macroscopic scale, the architecture of the model finds perfect convergence with the deflection of galactic gravitational lenses and demonstrates, by analyzing the observational data of deep space telescopes, the breaking of achromaticity. The empirical proof that gravitational deviation varies as a function of wavelength certifies the dispersive nature of space-time and provides the theoretical apparatus for a radical reinterpretation of cosmic expansion: the redshift of distant galaxies is formalized here not as a kinematic recession, but as the natural consequence of an optical and geometric friction suffered by light when crossing the pervasive field. The model concludes by physically defining human consciousness as the intrinsic faculty of the biological system to tune into its own source, operating as a bridge through which the universe itself self-recognizes.
CLARA MARIA COLOMBINI (Mon,) studied this question.