Unified Theory
Biological Potential

Visualizing the transition from planetary chemistry to self-sustaining digital genomes.

Kinetic Ratio (k_p/k_h) Optimal

Surface Parallelism (A) Earth-like

Stability (1/χ) High

System Output STABLE

0.94

Total Biological Potential (Ω)

// Core Logic Integration

Ω = [(4^L)ρ] · (k_p/k_h · χ · Δ) · (C · A^P)

How glaciations trigger vertical growth in Ω.

Resolved: A global ocean (A) provides enough parallel processing to solve 100-bp searches within the cooling window.

Biogenesis survival mechanism: layering instructions reduces physical length (L), minimizing hydrolysis decay.

Planetary Calibration

Comparison of the "Steam Engine" variables across viable worlds.

🌍 IDEAL BALANCE

Status: Optimized / High Parallelism

🔴 EXTINGUISHED

Status: High Initial kp / High χ

❄️ LATENT STATE

Status: High Stability / Low A

"Earth: Maximizing the digital gearbox through planetary-scale parallelism."

The leap from DNA sequence to functional proteomics represents a combinatorial explosion of the "Functional State Space."

Genomics (4ⁿ)

Epigenomics (mⁿ)

Proteomics (Infinite)