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This work aims to establish the Mittermeier Attractor Theory as a foundational framework linking vacuum properties to cosmological parameters.

March 24, 2026Open Access

The Fine-Structure Constant and the Matter Fraction of the Universe from the General Mittermeier Flow Equation: Vacuum-to-Cosmology Closure, Holographic Matter Projection, Backreaction Geometry, a Geometric Unification Architecture and a Higher-Dimensional Lift Target

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This work aims to establish the Mittermeier Attractor Theory as a foundational framework linking vacuum properties to cosmological parameters.
Developed a self-organizing attractor equation for the universe.
Derived a two-threshold beta law through a General Mittermeier Flow Equation.
Calculated matter-vacuum partition and late-time matter fractions using refined metrics.
Established a fine-structure constant arising from self-organization rather than fitting.
Determined late-time matter fractions consistent with observational data from Planck and DESI.
Identified a minute difference between ideal and realized laboratory values.

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Mittermeier Attractor Theory demonstrates a unified approach for matter fractions in cosmology, indicating new insights into fundamental physics.

Rainer Andreas Mittermeier (2026) studied this question.

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Mittermeier Attractor Theory demonstrates a unified approach for matter fractions in cosmology, indicating new insights into fundamental physics.