The Flucton Universe: A Quantum Graph Model for Emergent Spacetime, Gravity, and Cosmology

The Flucton Theory of Reality proposes that spacetime, gravity, and matter arise from a single pre-spacetime quantum fluctuation — the flucton.
Unlike traditional field theories, this framework begins with no geometry, no time, and no background vacuum.
Reality emerges as a self-referential recursion of a primitive quantum amplitude that continuously interacts with itself, forming a dynamic probability network.

In this work, the flucton is modeled as a quantum graph system whose evolving connectivity generates geometry and curvature statistically.
The resulting information metric leads to an emergent spacetime that reproduces Einstein-like dynamics in the continuum limit.
Simulations of this flucton lattice produce synthetic CMB power spectra consistent with Planck observations and predict testable deviations at low multipoles.

The theory also offers new interpretations for the dark sector:

• Dark matter emerges from correlation stresses in the flucton network (“weak corridors”),

• Dark energy arises as a residual vacuum tension from the entropy-pressure balance of the lattice.

At the smallest scales, black holes correspond to frozen fluctonic surfaces, and Hawking radiation is reinterpreted as modulated leakage from their boundaries — potentially measurable as fine spectral ripples.

The Flucton Universe provides a unifying and falsifiable bridge between quantum information, gravitation, and cosmology, suggesting that existence itself is a recursive act of probability.