Gravitation as Pressure Equalization
Preliminary Remark
Newton described gravitation as an attractive force between masses — but could never explain why mass attracts. Einstein replaced "attraction" with spacetime curvature — but did not explain why mass curves space. Both models are computationally functional. What was missing was the cause.
The Core Statement
Gravitation is not attraction — it is pressure from outside.
Every object exists within a superordinate system. The matter of the superordinate system exerts pressure on the subordinate matter. We call this pressure gravitation.
The displacement principle: Matter with a higher energy content relative to its density and volume displaces matter with a lower ratio — provided no direct energy equalization is possible.
The Mechanism
The 180° Pressure Surface
A critical difference from the classical model: pressure does not originate from a point, but from a surface spanning at least 180°. The entire surrounding matter presses simultaneously — not a single point of attraction.
This is why an object experiences resistance when moved in any direction. This is why planets form into spheres — the spherical shape distributes omnidirectional pressure with maximum uniformity.
Fractal Nesting
The principle repeats at every level:
Space → Solar system → Planet → Atmosphere → Living organisms → Organs → Cells → Atoms
Each level is simultaneously a superordinate and subordinate system. Pressure cascades from outside to inside — not from inside to outside.
Energy Equilibrium Within a System
| Layer | Volume | Density | Energy quantity |
|---|---|---|---|
| Inner core | small | high | = equal |
| Outer core | larger | lower | = equal |
| Mantle | large | low | = equal |
| Crust | very large | very low | = equal |
| Atmosphere | enormous | minimal | = equal |
The outer core contains just as much energy as the inner core — only distributed over greater volume at lower density. The same principle applies to atoms (nucleus vs. electron shell) and solar systems (sun vs. outer planets).
What It Explains — and What It Additionally Resolves
Phenomena Explained by Both Models
| Phenomenon | Standard Model | Law of Equalization |
|---|---|---|
| Planetary orbits | Gravitation keeps planets on orbital paths | System pressure positions planets according to energy ratio |
| Spherical shape of planets | Self-gravitation pulls matter toward center | Omnidirectional pressure forms sphere as equilibrium shape |
| Tides | Tidal forces through lunar gravitation | Pressure gradient of lunar system on Earth's matter |
| Falling objects | Earth attracts object | Superordinate system presses object inward |
The calculations yield identical results in both cases. remains mathematically valid — G becomes the system pressure constant , masses become intrinsic energy proxies (). Numerical values identical; interpretation different.
Open Problems Resolved Without Auxiliary Constructs
1. "Why does mass attract?" Classical: no answer. Newton postulated it. Einstein replaced it with spacetime curvature but did not answer why mass curves space. Law of Equalization: Mass does not "attract." The superordinate system presses. The cause lies outside the objects, not within them.
2. Galaxy rotation without dark matter Classical: outer stars rotate too fast for the visible mass → invisible "dark matter" postulated (~85% of total mass). Law of Equalization: Pressure comes from the superordinate system (galaxy clusters, intergalactic matter) on the galaxy as a whole. Rotation velocities result from total pressure on the system — not from internal mass alone. No invisible additional mass required.
3. Gravitational lensing without spacetime curvature Classical: mass curves spacetime; light follows the curvature. Law of Equalization: Energy density gradient around massive objects deflects the energy wave in the photon medium — like sound refracting in air of varying density. No spacetime curvature required.
4. GPS corrections without time dilation Classical: clocks at altitude run faster due to reduced spacetime curvature. Law of Equalization: At altitude, system pressure is lower → internal processes of the clock run faster, because less intrinsic capacity is occupied by external pressure. Time itself does not pass differently — the process velocity of the system changes.
5. Gravitational waves Classical: waves in spacetime itself. Law of Equalization: Energy waves in the photon medium, triggered by massive energy redistributions (e.g., merging systems). Same principle as sound waves in air — only in the sub-gaseous medium.
What Changes — and What Does Not
What remains the same: All numerical values. Satellite orbits, tidal calculations, lunar distance, engineering — all continue to function identically. The gravitational constant G becomes the system pressure constant with identical numerical value.
What changes: The direction of the explanation. Gravitation acts not from inside to outside (attraction), but from outside to inside (pressure). With this, the cause that Newton and Einstein left open is named — and several auxiliary constructs (dark matter, spacetime curvature) become superfluous.
Open Questions
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Mathematical formalization of the integrated pressure force over the 180° surface:
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Quantitative prediction of galaxy rotation without dark matter — testable against observed rotation curves
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Experimental distinction: is there a scenario in which the pressure model yields different numerical values from the attraction model?
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Verification of the volume/density equilibrium thesis against seismological data (PREM model)
Continue to Dark Matter or Principal Theorems 7 & 7b →