Executable Constraint Persistence in Public Fusion Reaction Data
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| Formato: | Recurso digital |
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Zenodo
2025
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| _version_ | 1866901950374608896 |
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| author | Ashley-Duplain, Curtis |
| author_facet | Ashley-Duplain, Curtis |
| contents | <p>This publication reports the terminal execution of a frozen admissibility framework over public fusion reaction data using strict stop-on-break semantics. Physical admissibility constraints are evaluated jointly only where their declared regimes overlap; where joint evaluation is undefined or required metadata are absent, execution halts and the halt is recorded.</p> <p>Each observed reaction case executes deterministically to one of three outcomes: executable, halted due to explicit constraint violation, or halted due to missing required information. The execution produces stable, replay-invariant classifications, representative outcome tables, an explicit halt register, and constraint-implied observational gaps (admissible regions with zero measurements in the public record).</p> <p>No fitting, tuning, interpolation, or interpretive modeling is performed. Negative results and halts are treated as first-class outcomes. The accompanying package includes reproducibility notes, a dataset manifest with SHA256 hashes referencing public sources, licensing information, and citation metadata.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_18090223 |
| institution | Zenodo |
| language | |
| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Executable Constraint Persistence in Public Fusion Reaction Data Ashley-Duplain, Curtis fusion reactions nuclear data admissibility constraints deterministic execution reproducibility stop-on-break semantics regime composition observational gaps ENDF EXFOR JEFF <p>This publication reports the terminal execution of a frozen admissibility framework over public fusion reaction data using strict stop-on-break semantics. Physical admissibility constraints are evaluated jointly only where their declared regimes overlap; where joint evaluation is undefined or required metadata are absent, execution halts and the halt is recorded.</p> <p>Each observed reaction case executes deterministically to one of three outcomes: executable, halted due to explicit constraint violation, or halted due to missing required information. The execution produces stable, replay-invariant classifications, representative outcome tables, an explicit halt register, and constraint-implied observational gaps (admissible regions with zero measurements in the public record).</p> <p>No fitting, tuning, interpolation, or interpretive modeling is performed. Negative results and halts are treated as first-class outcomes. The accompanying package includes reproducibility notes, a dataset manifest with SHA256 hashes referencing public sources, licensing information, and citation metadata.</p> |
| title | Executable Constraint Persistence in Public Fusion Reaction Data |
| topic | fusion reactions nuclear data admissibility constraints deterministic execution reproducibility stop-on-break semantics regime composition observational gaps ENDF EXFOR JEFF |
| url | https://doi.org/10.5281/zenodo.18090223 |