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This research aims to develop a unified cosmological framework linking gravity, dark matter, and spacetime through microscopic principles.

January 16, 2026Open Access

Induced Superfluid Cosmology: A Theoretical Framework for Emergent Gravity and Dark Matter V6

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This research aims to develop a unified cosmological framework linking gravity, dark matter, and spacetime through microscopic principles.
Constructed a theoretical model incorporating a chiral fermion condensate at the Planck scale.
Applied phase transition theory to justify the emergence of fractal geometry in the early universe.
Conducted computational analyses with observational data from the SPARC dataset and simulated fractal structures.
91.4% of galaxies in the SPARC dataset fit the induced gravity profile, supporting the model's validity.
The proposed fractal medium aligns the inferred Hubble constant with local measurements.
Simulations yielded a fractal dimension that, although slightly lower than expected, supports the underlying theoretical framework.

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Theoretical framework proposes fractal geometry to explain dark matter and the Hubble Tension.

LAM TRINH TUNG (2026) studied this question.

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