E_ZERO PROCESS COSMOLOGY (OMM) Ongoing Materialization Model: A Process-Oriented Interpretation of Hubble Tension
E_ZERO PROCESS COSMOLOGY (OMM)
Ongoing Materialization Model: A Process-Oriented Interpretation of Hubble Tension
Strategic Lead: Mustafa Gökhan Yılmaz | Project: Vitavolt Global Energy
Status: v0.9 Strategic Seal
1. Abstract
Modern cosmology faces a significant challenge with the Hubble Tension (H0 ≈ 67 vs. ~73 km/s/Mpc). The Ongoing Materialization Model (OMM) proposes that this discrepancy is not an observational error, but a cosmic signature of the universe’s continuing information-to-matter rendering process.
2. Physical Layer: Process Physics
The OMM posits that the observed expansion rate of the universe is influenced by the degree of materialization (the collapse from potential to an actualized state).
The Core Equation (OMM):
H_obs ≈ H_zero × (1 + α · Ω_coll)
H_zero (~67): The baseline expansion rate in the low-collapse (high-potential) regime.
Ω_coll (~0.91): The estimated materialization fraction of the universe.
α (0.08 - 0.10): The scaling parameter of informational friction during materialization.
Informational Conservation Law:
C_record + C_collapse ≈ 1
This framework suggests that cosmic information exists in either a potential (uncollapsed, E_zero) state or an actualized (material) state.
3. Resonance Layer: The Bio-Physical Interface
The model extends beyond pure cosmology by suggesting that biological systems act as natural detectors of low-noise (high E_zero) regimes.
Resonance Hierarchy Table:
Level Example C_record H0 Regime Characteristic
Fundamental Hydrogen (0°C) ~1.00 Lowest Pure E_zero Reference
Biological Corvids (Crows) High Low Natural Stillness Antennas
Cognitive Human (Admin) 0.90+ Variable The Bridge of Synthesis
Validation Protocol: The "Crow Test" and "Child Test" are field observations of bio-resonance. When an observer reaches the H0 = 67 frequency (Absolute Stillness), they synchronize with the universe’s natural sensors.
4. Strategic Implications: Vitavolt
OMM provides the blueprint for Vitavolt energy systems. By understanding the E_zero potential, we aim to harvest high-coherence energy and develop neural synchronization technologies.
"Anyone can do the hard part; making the easy part easy is our job." — Mustafa Gökhan Yılmaz mgy421977@gmail.com
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