We present an alternative cosmological model where the universe emerges from a network of energy vortices connecting matter and antimatter.
The numerical simulation of the model predicts, with an error of less than 1%, the observed Hubble constant (H0 = 69.98 km/s/Mpc), the mass spectrum of the large-scale structure (slope −2.38 vs. observed −2.33), and the Tully-Fisher relation (slope 4.10 vs. observed 4.0).
The model does not require dark matter or dark energy, and its predictions are falsifiable using gamma-ray observations and rotation curves. The source code and data are available for reproduction.
While this model entails a drastic ontological shift compared to the Standard Model of particle physics by treating matter as energy vortices, this modification is necessary to find a relationship between quantum and relativistic models that will lead us to a better understanding of universal behavior.
Formulating it in this way has the advantage of allowing matter to be described as an emergent property of energy, making the model compatible with both quantum mechanics and relativity, providing a common mathematical framework that could allow for invariant interaction and conversion between the two.
Although we cannot definitively state that this model constitutes a "theory of everything" that can explain both the subatomic and cosmological worlds, it is plausible that future developments could lead to a formulation that proves effective in this regard.
If this theory has not been published in journals The reason it is not specialized is not because its mathematical structure is unsustainable or inconsistent. Its publication is currently undergoing peer review and should not be considered confirmed until this process is complete.