10.5281/zenodo.22036769
Nirouyar, R. (2026). VARZIN Level-1 Computational Stack: Finite Affine Core, Genomic Scanner, and Torus Manifold Solver (Version v2.0.0) [Computer software]. Zenodo.
Software release; reproducibility and mathematical/computational claims remain tied to the documented implementation and assumptions.
A Zenodo deposit is a citable public record; it does not by itself imply peer review, independent validation, or broader empirical generalization.
This Zenodo software release packages the Level-1 computational stack used across several VARZIN lines of work. The deposited overview identifies a finite-affine core, genomic scanning utilities, a torus-manifold numerical solver, and additional auditing code. Its role in the research record is primarily reproducibility: it provides concrete implementation artifacts that can be inspected independently of broader interpretive claims attached to the project.
This question is interpreted within the documented model, dataset, implementation, and evaluation procedure; it is not generalized beyond that evidence.
Nirouyar, R. (2026). VARZIN Level-1 Computational Stack: Finite Affine Core, Genomic Scanner, and Torus Manifold Solver (Version v2.0.0) [Computer software]. Zenodo.
Normalized VARZIN researcher identity: Reza Nirouyar · ORCID 0009-0000-4690-6842.
Version v2.0.0 · Software · open access.
Reported only when present in verified Zenodo metadata.
Zenodo metadata identifies this item as open-access software published on 2026-08-21 under the MIT License.
The release makes the implementation layer explicit. Mathematical, numerical, genomic, and auditing components can be examined as software without treating the existence of code as validation of any physical, biological, cognitive, or semantic hypothesis.
Version v2.0.0 is the listed software release. Results should be attributed to the documented code, dependencies, inputs, and assumptions rather than generalized beyond the implementation.
Software release; reproducibility and mathematical/computational claims remain tied to the documented implementation and assumptions.
The VARZIN portal preserves the version-specific DOI, deposited creator string, publication date, and repository identity while allowing later project pages to state narrower interpretations, corrections, or negative results explicitly.