Category: Models & Hypotheses
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Energy Flow the Fundamental Dynamic of the Universe
1. Introduction This hypothesis posits energy flow (Ef) as the fundamental driver of the universe, sustaining spacetime, regulating entropy (S), and influencing the speed of light (c). It challenges the traditional ΛCDM model by replacing the cosmological constant (Λ) with a dynamic description of energy flow. By integrating relativity, thermodynamics, and quantum mechanics, the hypothesis…
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Light-Speed as a Regulator of Energy Flow in the Universe
1. Introduction This hypothesis establishes the speed of light (c) as a fundamental regulator for energy flow, spacetime distortion, and entropy. By investigating three interconnected components — Main Clusters, Small Clusters, and the Halo — we propose a unified framework to understand energy dynamics across cosmic scales. These components interact through the constraints of c,…
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Model: Energy Flow and the Sustenance of Space-Time
Introduction Energy flow is hypothesized to be the scaffolding that supports the fabric of space-time, maintaining its structure and coherence. This model delves into how energy dynamics interact with gravitational and quantum forces to shape the observable universe. It builds on the foundational Key Question: How Does Energy Flow Sustain Space-Time?. Core Concepts Model Overview…