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February 21, 20260 citationsOpen Access

The Omega Manifesto: From Arbitrary Parameters to Geometric Necessity -- An Executive Summary of the Open System Cosmology Framework

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GFGiovanni Frisina

Key Points

  • The goal is to establish a new cosmological framework based on open system principles to address observational inconsistencies.
  • Introduced the Omega Framework based on open system thermodynamics and AdS5 geometry.
  • Organized information from 25 technical papers into modules addressing different cosmological aspects.
  • Modeled the Universe as a membrane energized by flux from a parent manifold.
  • Transformed arbitrary cosmological parameters into necessary geometric constants.
  • Resolved the Hubble Tension and Lithium Anomaly without requiring fine-tuning.
  • Proposed new concepts like the Metabolic Universe and Sequential Nucleation of spacetime.

Abstract

The Standard Model of Cosmology (Lambda-CDM) and Particle Physics (SM) rely on over 20 arbitrary parameters and invisible entities to fit observations, signaling a crisis of explanation. We argue that this stagnation arises from a single foundational error: the assumption that the Universe is a thermodynamically closed system. This Manifesto presents the executive summary of the Omega Framework (Papers I--XXV), a unified field theory based on Open System Thermodynamics, AdS5 Geometry, and Topological Quantization. By modeling the cosmos as a membrane fueled by a flux injection from a parent manifold, we transform "arbitrary" constants into necessary geometric eigenvalues. This document serves as the strategic roadmap, organizing the 25 technical papers into logical modules (Cosmology, Structure, Matter, Observation). We demonstrate that the framework is not merely a speculative construct but a falsifiable scientific architecture that resolves the Hubble Tension, the Lithium Anomaly, and the JWST early-galaxy crisis without fine-tuning. It introduces key concepts such as the "Metabolic Universe", the "Sequential Nucleation" of spacetime, and the resolution of the dark sector via geometric backreaction.

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Cite This Study

Giovanni Frisina (2026) studied this question.

synapsesocial.com/papers/69994cc2873532290d02178ehttps://doi.org/10.5281/zenodo.18701248
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