What question did this study set out to answer?

The aim is to propose a unified framework that links gravity, dark matter, and particle physics based on a microscopic origin.

January 14, 2026Open Access

Induced Superfluid Cosmology: A Theoretical Framework for Emergent Gravity and Dark Matter V3

Key Points

The aim is to propose a unified framework that links gravity, dark matter, and particle physics based on a microscopic origin.
Develops a core Lagrangian expressing the dynamics of a chiral fermion condensate.
Applies the one-loop Heat Kernel expansion to derive the Einstein-Hilbert action.
Illustrates the particle spectrum and mass relationships through harmonic laws.
Explores dark matter interactions via Goldstone phonon Yukawa potential.
Introduces a new approach to dark matter via self-interacting models (SIDM).
Shows the potential of tunneling through vacuum defects to explain neutrino mass.
Presents a mechanism for screening fifth-force effects at cosmological distances.
Addresses four major cosmological challenges, paving the way for precision testing in cosmology.

Abstract

Induced Superfluid Cosmology: A Unified Framework for Emergent Gravity and Dark Matter TRXT-Nullivance Version 3. 0 This work proposes a theoretical framework unifying gravity, dark matter, and particle physics from a single microscopic origin: a chiral fermion condensate at the Planck scale. Core Lagrangian: L₍₉₋ = (i) + G2 () ² + (₅) ² Emergent Gravity: The Einstein-Hilbert action arises from one-loop Heat Kernel expansion: S = M₏₋ℂ16 d⁴x -g R Particle Spectrum: Masses follow a discrete harmonic law with M^* = 365. 24 GeV: M (p, q) = M^* (1p + 1q) Dark Matter (SIDM): Yukawa interaction via Goldstone phonon: V (r) = -ₑ e^-m_ r Neutrino Mass: Tunneling through vacuum defects: m_ = M^* (-L/) 0. 05 eV Solar Screening: Fifth-force suppression at Earth: 10^-12 (Cassini safe). Version 3. 0 closes four critical problems: SIDM, Neutrino, Screening, Cosmological Constant. Ready for precision cosmology testing.

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