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The aim is to explore the relationship between modified inertia and the de Sitter vacuum, specifically its implications for cosmological models.

August 10, 2026Open Access

Inertia from the de Sitter vacuum: a guide for cosmologists and astrophysicists

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Expository guide explores modified inertia's implications for dark energy and dark matter in cosmology.

The aim is to explore the relationship between modified inertia and the de Sitter vacuum, specifically its implications for cosmological models.
The guide outlines the de Sitter-Unruh mechanism and modified inertia framework.
It critiques Milgrom's acceleration scale and its implications on dark matter phenomenology.
Field theory is presented with a focus on dynamical khronons and gravitational influences.
The modified inertia framework connects dark energy and dark matter relations, showing their structural coherence.
Significant discrepancies with existing theories are outlined, indicating potential flaws in the proposed framework.
The framework does not claim to resolve all issues within cosmological models, particularly concerning dark matter.

Carl P. Zimmerman (2026) studied this question.

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