Skip to main content

Write a PREreview

From Quantum Strings to Cosmic Acceleration A Rigorous 11-Dimensional Unification Framework via the EQST-GP Model

Posted
Server
Preprints.org
DOI
10.20944/preprints202510.1555.v1

This paper presents the Expanded Quantum String Theory with Gluonic Plasma (EQST-GP), a comprehensive framework for a Theory of Everything (TOE) that unifies quantum string theory with gluonic plasma dynamics while incorporating elements from loop quantum gravity and the Standard Model. The model suc- cessfully derives all fundamental constants from first principles, identifies dark matter as a gluonic quark foam plasma with negative Casimir-like energy, and provides a novel resolution to the Hubble tension through dynamic cosmological evolution. Key innovations include: (1) rigorous derivation of the proton mass ( m p = 938.2720813MeV ) with 1.6 ppm accuracy; (2) prediction of the fine-structure constant ( α −1 = 137.035999084(51) ) matching experimental precision; (3) resolution of cosmological parameters ( H 0 = 67.36kms −1 , Ω m = 0.3111 ) consistent with DESI 2025 and JWST observations; (4) complete derivation of CKM and PMNS matri- ces from string compactification; and (5) extension to quantum-inspired artificial intelligence optimization. The model demonstrates exceptional agreement with exper- imental data across 25 independent precision tests while maintaining mathematical rigor and predictive power.

You can write a PREreview of From Quantum Strings to Cosmic Acceleration A Rigorous 11-Dimensional Unification Framework via the EQST-GP Model. A PREreview is a review of a preprint and can vary from a few sentences to a lengthy report, similar to a journal-organized peer-review report.

Before you start

We will ask you to log in with your ORCID iD. If you don’t have an iD, you can create one.

What is an ORCID iD?

An ORCID iD is a unique identifier that distinguishes you from everyone with the same or similar name.

Start now