The Holographic Principle and the Early Universe
F. Canfora, G. Vilasi

TL;DR
This paper proposes a holographic principle-based mechanism linking matter-antimatter asymmetry to early universe inflation, predicting e-folds and involving a Hagedorn-like phase transition for a natural graceful exit.
Contribution
It introduces a novel scenario connecting holography and early universe inflation, supported by predictive calculations of e-folds and phase transition dynamics.
Findings
Predicts the number of e-folds in inflation
Links matter-antimatter asymmetry to inflationary seed
Suggests a Hagedorn-like phase transition is essential
Abstract
A scenario is proposed in which the matter-antimatter asymmetry behaves like a seed for the inflationary phase of the universe. The mechanism which makes this scenario plausible is the holographic principle: this scheme is supported by a good prediction of the number of e-folds. It seems that such a mechanism can only work in the presence of a Hagedorn-like phase transition. The issue of the "graceful exit" can also be naturally accounted for.
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