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This research aims to unify dark energy, decoherence, and dark matter within a single framework of irreversible processes.

February 26, 2026Open Access

Future as Dark Energy, Present as Decoherence, Dark Matter as Past Gravitational Memory: A Testable Framework for DESI DR2 and Euclid

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This research aims to unify dark energy, decoherence, and dark matter within a single framework of irreversible processes.
Derives analytic solutions for baryon-mediated dark energy to dark matter coupling.
Demonstrates consistency with Planck observations.
Analyzes equation of state morphology influenced by gravitational interaction.
Identifies dark matter as a gravitational archive shaped by previous quantum selections.
Establishes the effective equation of state linked to thermodynamic principles.
Provides predictive insights for future cosmological surveys like DESI DR2 and Euclid.

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This framework reveals how dark energy and decoherence shape dark matter in cosmology, indicating complex interaction between these elements.

Everton Behenck (2026) studied this question.

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This framework reveals how dark energy and decoherence shape dark matter in cosmology, indicating complex interaction between these elements.