Why the Three-Body Problem is Unsolvable in Newtonian and Relativistic Gravity but Trivially Solvable in Quantum Tachyonic Gravity

Angeli, Nazareno

doi:10.5281/zenodo.17965804

Why the Three-Body Problem is Unsolvable in Newtonian and Relativistic Gravity but Trivially Solvable in Quantum Tachyonic Gravity

Angeli, Nazareno

Publisher: Zenodo
DOI: 10.5281/zenodo.17965804
Repository: zenodo.org
Language: en

Abstract

5.0.2: As title says, we explain the reasons the "Three-Body Problem is Trivally Solvable" by discarding classic assumptions of Newtonian and Relativistic regimes about gravity v5.0.1: Added conceptual notes on "The Solar Inertial Evelope" as natural extention of the "Gravitational Masking" concept. (Added in v6.0 due to oversight) v4.0: Added conceptual notes on "Gravitational Masking". Micro/nano-asymmetries do not project any gravitational curvature because the dominant macro-curvature is enough to compensate their field disturbance. v1.0: We propose a novel reinterpretation of gravitational interaction wherein gravity emerges not as a fundamental force, but as the imaginary component of a pressure response within a tachyonic quantum fluid displaced by baryonic mass. This field, derived from the decoherence of tachyons arriving from all possible futures, generates a local pressure gradient that manifests as effective gravity. By modeling this pressure as a Gaussian-distributed fluid response, we derive stable gravitational potentials and simulate multi-body configurations — including traditionally chaotic systems such as two stars plus a Jovian and Earth-mass planet — which exhibit long-term orbital coherence without invoking Newtonian or relativistic gravity. ( Simulations done with ChatGPT 4 Turbo, steps every 1 hour) Taking into considerations newest papers, the "tachyonic pressure" is incoherent potential energy/mass (the "shadow-mass" invoked in other papers about QTG), not "tachyons as particles". The "all possible futures" is valid as "shadow-mass" is residual field tension from all possible future field configurations resolved by the continuum. For QTG foundations https://zenodo.org/records/18384620 For inertial basins, baryogenesis and early cosmology https://zenodo.org/records/18384746 For foundations of Chemistry and Quantum Chemistry https://zenodo.org/records/18297790

Full text

The Sun’s Inertial Envelope and Its Impact on Earth’s Gravity (QTG Interpretation) Author: Nazareno Angeli Abstract This paper presents a Quantum Tachyonic Gravity (QTG) interpretation of how the Sun’s oscillatory curvature envelope partially reduces Earth’s effective gravity. 1. Introduction QTG reframes gravity as the inward reactive correction of the quantum field to outward oscillatory asymmetry. The Sun’s curvature basin overlaps Earth’s, partially suppressing Earth’s oscillatory projection. 2. The Sun’s Oscillatory Curvature Envelope The Sun generates a massive oscillatory asymmetry that defines the inertial regime of the Solar System. 3. Earth’s Curvature Basin Earth’s gravity is the local inward reaction to its outward oscillatory pressure, but this basin sits fully within the Sun’s envelope. 4. Curvature Interference Mechanism Where the Sun’s oscillatory field overlaps Earth’s, partial absorption of Earth’s outward oscillatory pressure occurs, reducing effective gravity. 5. Observational Evidence Small daily and seasonal gravity variations are measurable on Earth, consistent with solar interference patterns. 6. Mathematical Representation (Conceptual) C_eff = C_earth - k * C_sun_overlap Effective gravitational acceleration decreases when solar overlap increases. 7. Implications for Planetary Dynamics Orbital stability emerges from shared oscillatory environments, not continuous gravitational pulling. 8. Conclusion The Sun’s curvature envelope partially damps Earth’s oscillatory projection, reducing effective surface gravity in a predictable QTG-consistent way.