A Unified Alternative to Dark Matter & Dark Energy Executive Summary 25-Paper Series (2025-2026)
A Unified Alternative to Dark Matter & Dark Energy Executive Summary 25-Paper Series (2025-2026)
The Standard Model of Cosmology (ΛCDM) currently faces severe tensions: the Hubble Tension, the S8 tension, the JWST ”Impossible Galaxies,” and the nature of the Dark Sector itself. Over a comprehensive 25-paper series, the EDCE framework proposes a single unification: that Gravity and Dark Energy are emergent thermodynamic responses to the processing of quantum information (entropy). This document summarizes the observational validation of the framework against DESI DR2, Pantheon+, SPARC, Gaia, and Planck datasets.
Planck, cosmological parameter inference, χ² improvement, structure formation, ΛCDM tensions, computational thermodynamics, First Law of Computational Thermodynamics, mass–energy budget of the universe, cyclic cosmology, heat death alternative, Cosmology, Astrophysics, Gravitation / General Relativity (alternative & emergent models), Theoretical Physics, Quantum Information / Quantum Foundations, Thermodynamics / Statistical Physics, Galaxy Dynamics (rotation curves), Large-Scale Structure & Expansion History, Observational Cosmology / Parameter Estimation, Early Universe / High-redshift Galaxies (JWST), S8 tension, early galaxy formation, JWST impossible galaxies, galaxy rotation curves, SPARC, wide binaries, Gaia DR3, acceleration scale a0, MOND-like phenomenology, cusp-core problem, cosmic horizon, entropy production, star formation history, black hole accretion, supermassive black holes, DESI DR2, Pantheon+, Entanglement-Driven Cosmological Expansion, EDCE, emergent gravity, entropic gravity, holographic principle, entanglement entropy, thermodynamic gravity, information-theoretic cosmology, quantum information, cosmic expansion, dark energy alternative, dark matter alternative, phantom equation of state, dynamical equation of state, w(z), Hubble tension
Planck, cosmological parameter inference, χ² improvement, structure formation, ΛCDM tensions, computational thermodynamics, First Law of Computational Thermodynamics, mass–energy budget of the universe, cyclic cosmology, heat death alternative, Cosmology, Astrophysics, Gravitation / General Relativity (alternative & emergent models), Theoretical Physics, Quantum Information / Quantum Foundations, Thermodynamics / Statistical Physics, Galaxy Dynamics (rotation curves), Large-Scale Structure & Expansion History, Observational Cosmology / Parameter Estimation, Early Universe / High-redshift Galaxies (JWST), S8 tension, early galaxy formation, JWST impossible galaxies, galaxy rotation curves, SPARC, wide binaries, Gaia DR3, acceleration scale a0, MOND-like phenomenology, cusp-core problem, cosmic horizon, entropy production, star formation history, black hole accretion, supermassive black holes, DESI DR2, Pantheon+, Entanglement-Driven Cosmological Expansion, EDCE, emergent gravity, entropic gravity, holographic principle, entanglement entropy, thermodynamic gravity, information-theoretic cosmology, quantum information, cosmic expansion, dark energy alternative, dark matter alternative, phantom equation of state, dynamical equation of state, w(z), Hubble tension
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