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The aim is to explore the origin of missing mass in relation to galactic dynamics using an effective field theory framework.

February 24, 2026Open Access

Tensorial vacuum condensate: Emergent dark matter phenomenology from an effective field theory

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The aim is to explore the origin of missing mass in relation to galactic dynamics using an effective field theory framework.
Proposing the Tensorial Dynamical Vacuum framework as a Lorentz-covariant effective field theory.
Analyzing the geometric relaxation of vacuum condensate at critical cosmic acceleration scales.
Investigating the implications for galaxy cluster mergers and galactic rotation curves.
Successfully recovers the Baryonic Tully-Fisher relation through geometric mechanisms.
Proposes a new understanding of galactic rotation curves and cluster mergers using vacuum dynamics.
Offers insights into dark matter phenomenology while maintaining Einsteinian gravity consistency.

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Demonstrates an effective field theory framework explaining dark matter phenomena in galactic structures, suggesting a new geometric interpretation.

Kangning et al. (2026) studied this question.

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Demonstrates an effective field theory framework explaining dark matter phenomena in galactic structures, suggesting a new geometric interpretation.