The Holistic Universe Model

What if the orbits of all eight planets, the wobble of Earth’s axis, and the rhythm of ice ages are all governed by the same mathematical structure?

The Holistic Universe Model proposes exactly that: six Fibonacci Laws that connect every planet’s orbital tilt, shape, and precession to a single timescale — explaining solar system architecture from formation to the present day.

Two Motions, One Ratio

The model starts from a single observation: two of Earth’s precession motions rotate in opposite directions.

These two counter-rotating motions interact in a Fibonacci ratio of 3:13. From this starting point, the model derives what is normally calculated separately:

• Precession of the equinoxes
• Obliquity oscillation (22.21° – 24.71°)
• Eccentricity cycles and Milankovitch beat frequencies
• Length of days and years
• Climate patterns (ice ages)
• Fibonacci Laws linking all eight planets’ orbital tilts and eccentricities

Everything comes together in the Holistic-Year: a 333,888-year megacycle — and a 3D simulation that visualizes it all in one interactive view.

Why This Matters

Astronomy has precise tools for predicting planetary motion. However, several gaps remain:

1. No closed-form solution exists — The gravitational n-body problem cannot be solved exactly; positions must be computed step-by-step rather than from a single formula
2. Each phenomenon has its own model — Precession, obliquity, eccentricity, and day/year lengths are all driven by gravity, but are modeled independently with different parameterizations
3. No framework connects all eight planets — Each planet’s orbital tilt and eccentricity are treated as independent outcomes of formation, with no structure linking them collectively
4. No unified 3D precession visualization — Simulators exist for orbital mechanics and for Milankovitch cycles, but none combine axial precession, perihelion precession, and obliquity into a single interactive view

From Software to Theory

The Holistic Universe Model began as a software project — a 3D simulation built from just 6 free parameters. The simulation models all major movements: the invariable plane, inclination, perihelion precession, eccentricity cycles, obliquity, and planetary orbits. Built-in measurement tools track quantities like length of day, length of year, and observed precession rates across time.

From this, a theoretical framework emerged:

• Observable patterns in obliquity, eccentricity, orbital longitudes, and planetary motions could be captured in closed-form formulas
• Precise measurements in the 3D model of day lengths and year lengths also reduced to formulas
• The six Fibonacci Laws emerged: a single timescale generates all major precession periods (Law 1), predicts every planet’s orbital tilt and shape with zero free parameters (Laws 2–4), enforces collective balance conditions (Laws 3, 5), and traces everything back to a Saturn–Jupiter–Earth resonance loop (Law 6)
• A formation-epoch origin explains why the structure exists: Saturn’s unique ecliptic-retrograde perihelion precession acts as the pivot for the entire Fibonacci architecture
• Statistical significance of 7.5σ (p ≤ 7.1 × 10⁻¹⁴) rules out coincidence, and the same structure appears independently in the TRAPPIST-1 exoplanet system

The simulation also serves as a test bed: existing results such as Souami & Souchay’s (2012) invariable plane definitions can be verified, and 17 testable predictions can be checked against future observations.

Explore the Model

Start reading: How It Works →

Quick Facts

• Master cycle: 333,888 years (the Holistic-Year)
• Axial precession: ~25,684 years (13 cycles per Holistic-Year)
• Inclination precession: ~111,296 years (3 cycles per Holistic-Year)
• Perihelion precession: ~20,868 years (16 cycles per Holistic-Year)
• Obliquity range: 22.21° – 24.71°
• Six Fibonacci Laws: connect these cycles to every planet’s orbital shape and tilt — see the laws