Updated research-status notice: This project remains computational research and manuscript development. It does not establish that universes can be created experimentally or that a multiverse-creation mechanism has been demonstrated.
Project Objective
Quantum Creation of Universes: A Scalar-Torsion Simulation Framework for Cosmogenesis investigates whether a scalar-torsion model can represent a transition from a proposed nucleation state into an expanding cosmological solution.
The research is intended to formalize equations, explore parameter behavior, test numerical stability, and identify which outputs could be compared with established cosmological constraints.
Current Evidence Status
- The work is theoretical and computational.
- No experimental universe-nucleation result is claimed.
- Numerical output must be interpreted within the selected equations, parameters, and initial conditions.
- Claims about quantum creation require a precise quantum formalism and measurable observables beyond a classical simulation.
- Comparison, sensitivity analysis, and independent replication remain necessary.
Development Priorities
- Normalize the governing equations and notation.
- Document parameter ranges, initial conditions, and numerical tolerances.
- Test limiting cases and sensitivity to model choices.
- Separate mathematical behavior from broader physical interpretation.
- Prepare a complete manuscript and reproducibility record.
Current Program Context
Nudimmud Physics program · Methods & Reproducibility · Data & Code Availability
GreenTheDream Research Lab 
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