The Harmonic Sphere II
Year: 2025
Type: dissertation
Abstract: This work introduces the Harmonic Sphere Theory , a new mathematical and physical framework that unifies phenomena across extremely diverse scales—from the quantum world to cosmology—through the universal principle of triadic harmony . The model describes the Universe as a closed and coherent system representable on a discretized sphere with 576 arms , whose geometry derives from the connection between the Fibonacci sequence and the non-trivial zeros of the Riemann zeta function. Every complex physical system is characterized by a universal harmonic parameter S , which encodes its internal coherence frequency and obeys universal scaling laws of the form S∝ρE−1/4, valid over 18 orders of magnitude in energy density. Harmony η and Symmetry η_sym quantitatively measure the stability and closure of a system, providing an operational metric for physical coherence. Applied to observational data (Gaia DR3, JWST, LIGO/Virgo), the theory precisely reproduces the main cosmological parameters and offers natural solutions to the Hubble tension , dark matter (as a local harmonic deficit), and dark energy (as a harmonic gradient). Quantitative connections with the ζ(s) function and the golden ratio φ suggest that the structure of spacetime is discrete and harmonically quantized. The Harmonic Sphere is proposed as the basis of a new cosmological paradigm, capable of unifying particle physics and observational cosmology through a coherent and verifiable mathematical language.
Author: Bovolenta, Valter
Language: English
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7093350816
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