EqX-V28 Framework: Cosmic Galaxy Evolution and Background Field Dynamics
Authors/Creators
Description
This record and visual dataset present a conceptual overview of the EqX-V28 Framework, which explores galaxy evolution and background field dynamics from the high-redshift universe to the present day. This model offers an alternative approach to explaining outer galactic rotation velocities (velocity plateaus) and large-scale structures through vector field interactions, without relying on cold dark matter.
Key highlights and timeline developments include:
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Stage 1 & Phase 1 (Origin and Field Assembly): High-density regimes in the early universe featuring a core filter mechanism that regulates baryonic collapse and resolves core-cusp profile challenges.
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Stage 2 & Phase 2 (Stable Dynamics & Field Sustainment): An epoch where the background field maintains a stable velocity plateau ceiling throughout most of the universe's lifespan, consistent with modern disk galaxy behaviors.
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Stage 3 & Phase 3 (Global Equilibrium & Universal Structures): The integration of field dynamics with cosmic web structures and global vacuum terms corresponding to accelerated cosmic expansion.
- #EqXV28 #Cosmology #Astrophysics #GalaxyEvolution #AlternativeGravity #TheoreticalPhysics #BackgroundField #DarkMatterAlternative #OpenScience #Zenodo