Protocol 6: Neutrino Phase-Drift

Status: Validating meV mass-scale consistency via KATRIN and oscillation data

Theoretic Postulate

In the AToE, neutrinos are not standard particles but "Pianissimo Resonances"—minimal spectral excitations required to maintain the **Arithmetic Viscosity** of the vacuum.

Neutrino oscillations are reinterpreted as a **Phase-Drift** within the 12-dimensional manifold. As a neutrino moves across the arithmetic nodes, the local update rate shifts, causing the resonance to "flip" between stable points defined by γ₁, γ₂, and γ₃.

Δm²_ij = |γ²_j - γ²_i| · Φ_interface

Experimental Setup: Spectral Buffer Analysis

Mass Scale: Utilizing data from the **KATRIN experiment** to verify the absolute mass scale in the milli-electronvolt (meV) range.
Oscillation Pattern: Comparing solar and atmospheric neutrino oscillation data with the predicted **beat frequencies** between the first three Zeta zeros.
Dampening Effect: Testing the role of neutrinos as a **Spectral Buffer** that prevents level repulsion of heavier particles from diverging.

Falsification Bounds

VERIFICATION	Consistent meV mass scale and oscillation frequencies that match the Zeta-Beat patterns with high relative precision.
FALSIFICATION	Discovery of a Sterile Neutrino outside the arithmetic D12 gating or measurement of a neutrino mass scale > 1 eV.