Published February 5, 2026 | Version v29
Dataset Open
Description
Absolutely everything in our universe is dual. Gravity is not an exception. There are only two different types of energy: magnetism, which is the energy inside matter (i.e., inside atoms or molecules), and heat, the energy outside matter. Gravity is, therefore, the equilibrium between magnetic and heat energies. Spherical tridimensional magnetism rules the cosmological systems—it's 100% attractive—any repulsion is converted into attraction by torque. Modern Physics claims to know it, however, where is the mathematical formalization of it? Einstein's Special and General Relativity theories are built upon Maxwell's Equations on magnetism, that are theoretical, because it only works at frozen time in constrained objects. Planets, stars and galaxies are, obviously, not suited for Einstein's Relativity. Furthermore, neither Newton nor Einstein ever took into consideration thermal attraction. This paper rescues Modern Physics, initiating the post-Einsteinian era.
Notes (English)
Summary of Changes: This version introduces a critical empirical validation of the dual-field model of gravity, bridging the gap between theoretical magnetism and celestial mechanics.
Main Additions:
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New Section 4.3.1 (Experimental Demonstration: Dual-Field Orbital Dynamics): Inclusion of a controlled laboratory experiment using high-power neodymium spherical magnets and a magnetic substrate. This experiment physically demonstrates how the interaction between an attractive substrate (analogous to the cosmological thermal field) and a repulsive force converted by torque (analogous to stellar magnetism) results in stable orbital motion.
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Supplementary Video S5: Addition of a high-definition, slow-motion video providing visual proof of the orbital dynamics described in the theory. The video demonstrates the transition from inertia to orbital equilibrium through field interaction, without the need for mass-induced spacetime curvature.
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Refinement of the "Torque Conversion" Argument: Enhanced technical description of how 3D spherical magnetism invariably converts repulsion into attraction, providing the mechanical basis for planetary stability.
Significance: These updates provide empirical, reproducible evidence that gravity can be understood as the equilibrium between two observable forces (Magnetism + Heat), offering a functional alternative to General Relativity’s geometric model.
Files
Video_S2.mp4
Files (62.1 MB)
Additional details
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