Updated research-status notice: This is a published theoretical chapter. Publication does not by itself establish experimental confirmation or broad acceptance of the proposed scalar-torsion framework.
Publication Overview
Scalar-Torsion Dynamics in Unified Cosmogenesis develops a scalar-torsion potential and studies a smooth cosmological-bounce scenario intended to avoid an initial singularity within the selected model.
The chapter contributes to the wider Nudimmud Physics program by formalizing one cosmological branch of the framework and examining its numerical evolution.
What the Chapter Establishes
- A defined scalar-torsion cosmological model
- A mathematical treatment of a smooth-bounce scenario
- Computational behavior under selected assumptions and parameters
- A published basis for further technical review and comparison
What It Does Not Establish
- Experimental proof that cosmological singularities are resolved in nature
- A complete unification of quantum mechanics and gravity
- Empirical confirmation of the selected scalar-torsion potential
- Replacement of standard cosmology without comparative evidence
Current Research Path
The next steps are reproducible notebooks, sensitivity analysis, limiting-case tests, comparison with established cosmological models, and clearer identification of any distinct observational predictions.
Current program page · Publication index · Methods & Reproducibility