What question did this study set out to answer?

The central aim is to introduce the Chrono-Genetic Universe (CGU) framework to resolve dark matter challenges in astrophysics.

April 13, 2026Open Access

The Chrono-Genetic Universe: A Unified Field Resolution of the Dark Matter Paradox via Mass-Time Indexing and Magnetohydrodynamic Parturition

Puntos clave

The central aim is to introduce the Chrono-Genetic Universe (CGU) framework to resolve dark matter challenges in astrophysics.
Developed a unified field theory focusing on mass-time indexing and gravitational interactions.
Employed Einstein-Cartan-Sciama-Kibble theory to model galaxies as magnetohydrodynamic fluid vortices.
Proposed observational protocols for testing the model using Fast Radio Bursts as signals for stellar parturition.
Identified a dynamic correlation between temporal density and mass-energy flux influencing galactic structure.
Presented a new understanding of star formation negating traditional nebular theories while proposing a top-down approach.
Established a provable link between Fast Radio Bursts and planetary birth events, leading to new observational strategies.

Resumen

This preprint introduces the Chrono-Genetic Universe (CGU), a unified field theory that resolves the escalating "confluence of crises" in modern astrophysics—including the H₀ Hubble Tension, the persistent non-detection of WIMP Dark Matter, and the 2023 Gaia DR3 revelation of a sharp Keplerian decline in the Milky Way's outer rotation curve. By abandoning the assumption of a static temporal background, the CGU framework introduces the Mass-Time Index (MTI): a dynamic scalar field that couples local temporal density to mass-energy flux. This redefines gravitational interaction at galactic scales as a relativistic temporal gradient, mathematically eliminating the requirement for invisible particulate halos. Key Theoretical Pillars: The Chrono-Fluid Engine: We model galaxies as magnetohydrodynamic (MHD) fluid vortices powered by central torsional intake ("Star Fonts") via Einstein-Cartan-Sciama-Kibble (ECSK) theory. Super-Keplerian rim velocities are derived as a byproduct of Fluid-Lorentz forces acting within field-aligned Birkeland currents. Stellar Parturition (SFT): The paper dismantles the "bottom-up" Nebular Hypothesis of planetary formation, which fails the "Meter-Size Barrier" and "Migration Paradox. " Instead, it provides a "top-down" mechanism based on the scalar Virial Theorem, where stars undergo periodic secular instability (Poincaré fission) to eject planetary-mass bodies. The Washburn Signal: The framework formally identifies Fast Radio Bursts (FRBs) and high-energy transients as the electromagnetic signatures of planetary birth events, providing a clear, falsifiable observational protocol. Planetary Evolution: The paper applies the CGU model to geological history, resolving the Mesozoic biomechanical paradox and the "Pacific Gap" through endogenic mass generation and punctuated radial expansion. Empirical Anchors & Falsification The CGU framework is grounded in high-precision datasets, specifically the Gaia Data Release 3 (DR3), which shows a sharp kinematic drop-off at r ~ 19 kpc—a boundary condition that is physically impossible for dark matter halos but is a mandatory prediction of the Birkeland current termination model. The author proposes the Transient-Transit Correlation Survey (TTCS) to monitor for planetary transits emerging immediately following non-repeating FRB events, providing a definitive test for the Stellar Parturition model. Keywords Astrophysics, Cosmology, Dark Matter, Plasma Cosmology, Mass-Time Index, Stellar Parturition, Gaia DR3, Fast Radio Bursts, Unified Field Theory, Einstein-Cartan-Sciama-Kibble Theory, Mesozoic Gravity.

Leer artículo completoexternamente

Me gusta

Guardar

Ver artículo completo