A Unified Model of Solar-Planetary Interactions: Energy Dispersion, Quantum Corrections, and Orbital Dynamics
Year: 2025
Type: article
Abstract: A Unified Model of Solar-Planetary Interactions: Energy Dispersion, Quantum Corrections, and Orbital Dynamics April 25 2025, Exploring Solar-Planetary Interactions: A Unified Framework for Magnetic Feedback, Orbital Dynamics, and Climate ImpactsTeller, Eugénie Evariste - Vening, Edwin Jean-Paul This paper presents an evolved framework for unraveling the intricate interplay between solar energy, planetary dynamics, and quantum mechanical corrections within our solar system. Building upon the original model of solar planetary interactions which introduced a unified perspective on energy dispersion, resonance, and cosmic feedback we extend the classical Keplerian approach to incorporate time-dependent magnetic forces and quantum influences. We integrate a modified orbital period equation, an extended magnetohydrodynamics (MHD) model enriched with quantum and thermodynamic corrections, and a phase time framework that organizes force projections via a distinct cosmic ID. This serial, time-ordered projection enables constructive and destructive interference in designated time slots and ultimately modulates planetary orbits. Our comprehensive framework yields testable predictions across orbital dynamics, solar flare activity, climate feedback, and exoplanet habitability. Furthermore, we describe how emerging AI-driven techniques and prominent open source initiatives can further renew and validate our approach.
Authors: Teller, Eugenie MAJ, Vening, Edwin Jean-Paul
Institutions: KPN (Netherlands), FreeBSD Foundation, Philips (Netherlands)
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6930749556
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