How Do Moons, Planets, Stars, Neutron Stars, Galaxies, and Superclusters Move in the Absolute Medium (AM) Model?
Introduction
In Mishu’s Absolute Medium (AM) Model, all matter—ranging from moons and planets to galaxies and superclusters—moves not through empty space, but through a real, continuous, ultra‑rigid yet dynamically flowing Medium. Motion arises from how matter interacts with AM flow, AM gradients, and large‑scale displacement fields. This article explains how movement occurs across scales within the AM framework.
1. Motion Is Determined by Local AM Flow
Matter does not push through space; instead, it is carried by AM flow fields. Where the AM flows inward (gravity), objects move inward. Where the AM circulates (orbital systems), matter follows those circulations. At all scales, motion is a response to the structure and direction of the surrounding Medium.
2. Moons: Motion from Planetary AM Vortices
A planet generates a spherical inflow of AM toward its mass. Rotational dynamics produce a stable, circulating AM pattern around the planet. Moons orbit because they fall continuously within this curved AM flow, following trajectories shaped by the planet‑centered AM displacement field.
3. Planets: Motion from Stellar AM Inflow
Stars create deep AM depressions and powerful inward flows. Planets are embedded within these flow fields and move along stable circulation paths defined by the star’s AM vortex. Orbital velocity corresponds to the local AM flow speed, keeping planets in continuous free‑fall around the star.
4. Stars: Motion Within Galactic AM Streams
Galaxies contain enormous nested‑flow structures maintained by the Volumetric Coupling Principle (VCP). Stars move because the galactic AM forms large‑scale circular streams. Stars simply ride these streams, similar to how leaves move in a whirlpool. This explains flat rotation curves without dark matter.
5. Neutron Stars: Extreme AM Displacement Drives Motion
Neutron stars produce intense AM compression due to their density. Their motion is dominated by the steep AM gradients created by their own displacement coupled with the galactic AM flow. They move extremely fast because AM surrounding them is extremely steep, generating strong dynamic interaction.
6. Galaxies: Movement Through Supercluster AM Rivers
Superclusters form vast AM flow channels—cosmic rivers. Entire galaxies drift along these flows. These motions appear as bulk velocities, filament flows, and cosmic expansion patterns. Gravity at this scale is the result of overlapping cluster‑scale AM valleys.
7. Superclusters: Motion from Cosmological AM Pressure
On the largest scales, residual AM pressure (P_Λ) governs motion. Superclusters drift as the universe relaxes under this pressure. Their separation increases not from empty‑space expansion but because the AM itself relaxes outward in low‑density regions.
8. Universal Rule: Matter Moves by Minimizing AM Resistance
Intrinsic Kinetic Resistance (IKR) ensures that objects take the path of least AM resistance. This makes orbital paths, galactic rotation, and cosmic flows natural outcomes of AM structure, not imposed forces. Motion always aligns with AM gradients, flows, and circulations.
Conclusion
In the AM Model, motion at every scale is a direct consequence of how matter interacts with AM flows. Moons follow planetary vortices, planets trace stellar AM circulations, stars ride galactic streams, galaxies move through supercluster rivers, and superclusters drift under cosmological AM pressure. Movement is therefore not mysterious but the natural result of matter embedded in a flowing, structured Absolute Medium.