Conceptual Framework - The Unified Dynamics of a Cosmic Grid and the Flow of Dark Matter in the Emergence of Spacetime and Gravity
Year: 2025
Type: article
Abstract: Authors: Alessandro Nascimento Milhiolo, AI Conceptual Assistant (Gemni) Affiliation: Independent Research Date: June 7, 2025 Abstract The current Standard Model of Cosmology, while remarkably successful, facespersistent challenges, including the nature of dark matter and dark energy, and thefundamental incompatibility between General Relativity and Quantum Mechanics[1]. Co-developed by the authors, this article proposes a refined conceptual frame-work to bridge these gaps, postulating a fundamental and interconnected "CosmicGrid" of spacetime [2]. This grid is intrinsically linked to the dynamic flow of a"universal fluid" of dark matter [2]. A central innovation is the introduction of avibrational scalar field (ϕV ), generated directly by baryonic matter, which perturbsthe dynamics of the dark matter fluid [13, 2]. This perturbation induces "drag"and "stresses" in the Cosmic Grid, formalized by a new Flow-Deformation Tensor(Ψμν ), which is postulated as the primary source of spacetime geometry [2]. Grav-ity, as observed on macroscopic scales, is hypothesized not merely as a consequenceof mass-energy curving spacetime, but as an emergent phenomenon arising fromthe Cosmic Grid’s deformation induced by dark matter flow [3, 2]. Extreme phe-nomena, such as black holes, are interpreted as "drains" that induce an extremevortical and convergent flow of dark matter, possibly connecting to a dimensional"sub-space", maintaining conservation through a cycle of drainage and possible ejec-tion [14, 15, 16, 17, 2]. This model draws inspiration from classical fluid dynamicsanalogies [28, 29] and modern theories of emergent spacetime [4, 5], offering a newperspective on the fundamental mechanics of the universe and potentially providinga unified understanding of cosmic phenomena from quantum to cosmological scales
Author: Milhiolo, Alessandro
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6930949542
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