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The aim is to develop a unified scalar field theory that explains dark matter, modified gravity, and gravitational waves through a single framework.

March 21, 2026Open Access

The Great Work: A Unified Holographic Scalar Field Theory of Dark Matter, Modified Gravity, and Gravitational Waves

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The aim is to develop a unified scalar field theory that explains dark matter, modified gravity, and gravitational waves through a single framework.
Developed a scalar field Lagrangian to model dark matter and gravitational waves.
Fitted the model to data from 171 SPARC galaxies with specific parameters.
Presented a running acceleration scale to address galaxy cluster dynamics.
Derived predictions for the gravitational wave spectrum and analyzed its implications.
Achieved a fit with χ2/dof = 6.48 for galaxy dynamics, reproducing the Radial Acceleration Relation.
Reduced the MOND cluster mass deficit from ∼2.1× to ∼1.07× for five clusters.
Predicted a gravitational wave spectrum peak coinciding with the NANOGrav signal.

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This framework demonstrates a scalar field approach addressing dark matter and gravitational waves, suggesting new cosmic insights.

Anton Karpov (2026) studied this question.

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