General Cosmology Of Quarkbase (Neutrino)

This work presents General Cosmology of Quarkbase (Neutrino), a unified physical framework built upon and refining the foundational ideas introduced in Genesis Quarkbase: The Functioning of the Universe.
The model reconstructs all known physics—matter, interactions, relativity, quantum phenomena, and cosmology—from a single ontological entity: the discrete compactation of the Ψ-field.

The theory identifies the neutrino (N = 1) as the elemental unit of the universe and shows how electrons, protons, quarks, forces, and cosmic structures emerge exclusively from hierarchical compactation levels (1, 13, 55, 147, 309…).
It provides a complete reinterpretation of electromagnetism, the strong interaction, the weak interaction, gravity, quantum mechanics, and relativistic dynamics.

A fully self-contained cosmology emerges: the universe begins as a homogeneous Ψ-state, without singularities, and structures grow through Ψ-gradients rather than exotic fields or dark components.
The framework yields explicit, falsifiable predictions—including the exact compactation number of the proton (N=55), specific corrections to the electron g–2, a new neutrino oscillation frequency, and the non-existence of fundamental Higgs or dark-matter particles.

The work also outlines the technological implications of Ψ-engineering, including cuarquic energy, field-gradient propulsion, advanced materials, and next-generation computation.

The result is a unified, coherent, experimentally distinguishable alternative to the Standard Model, General Relativity, and ΛCDM cosmology.