Tag: Grid-Higgs
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Hypothesis: The Cosmic Microwave Background as a Thermodynamic Temperature Gradient
By Morten MagnussonMarch 12, 2025 Abstract What if the cosmic microwave background (CMB)—that faint glow of radiation permeating the universe at about 2.725 K—isn’t just a relic of the Big Bang, but an active, dynamic feature of a living cosmos? In this hypothesis, I propose that the CMB reflects a thermodynamic gradient powered by quantum…
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Paradigm Shift in Cosmology: Continuous Energy Recycling Through the Grid-Higgs Framework
Abstract This paper presents significant developments in cosmological theory, synthesizing insights from the Energy Flow and Grid-Higgs models. Detailed statistical analyses (ACT, WMAP data) offer empirical support, providing a compelling alternative to traditional cosmological assumptions. Key findings include redefining dark matter and dark energy through entropy-driven energy flow dynamics, identifying the Higgs field as structural…
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Grid-Higgs Framework: An Entropic and Structural Theory of Gravity, Dark Matter, and Black Holes
AbstractThe Grid-Higgs Framework extends the foundational Grid Model by integrating Higgs field dynamics as the fundamental structural nodes of spacetime. In this formulation, gravity, dark matter, and black holes emerge from an intricate interplay of entropy, energy flow, and a dynamic grid structure anchored by Higgs bosons. Unlike the conventional particle-based dark matter paradigm, this…