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The research aims to establish dark energy as a dynamic process resulting from quantum decoherence at a cosmological level.

April 10, 2026Open Access

Correlation Transfer II: Dark Energy as a Steady-State Process

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The research aims to establish dark energy as a dynamic process resulting from quantum decoherence at a cosmological level.
Proposes a model explaining dark energy through decohered vacuum modes.
Analyzes the energy density flow and its impact on cosmic expansion.
Derives a thermodynamic identity connecting energy density to statistical mechanics.
Predicts intrinsic properties of dark energy using established physics.
Identifies the effective coupling constant C_eff as 1/2 with no free parameters.
Predicts intrinsic equation of state w_intrinsic ≈ -0.557.
Demonstrates that the model yields a cosmological constant consistent with existing data.
Confirms stability of the equilibrium process and its implications for dark energy.

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Demonstrates that dark energy is a steady-state process, suggesting significant implications for understanding cosmic expansion.

Scott Weller (2026) studied this question.

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