gpd-verify-work

Physics verification requires systematic checks using dimensional analysis, limiting-case derivations, and numerical spot-checks to ensure derivations align with established physics. A persistent verification ledger captures experiments and decisions in a single traceable file.

Dimensional analysis is best performed through a repeatable workflow that checks derivations against established physics and contract-pledged outcomes. Integrating phase roadmap and summary artifacts drives evidence-based verification of numerical results.

Tracking verification decisions involves capturing experiments, computations, and decisions in a single traceable file. An interactive reviewer workflow generates a persistent verification ledger to maintain a record of all systematic checks.

Evidence-based verification integrates phase roadmap and summary artifacts to check results against contract-pledged outcomes. This approach ensures that derivations, numerical results, and conclusions align with established physics agreements.

Physics verification relies on a persistent ledger to provide a repeatable workflow for systematic checks. Without this traceable file, capturing interactive reviewer experiments, computations, and decisions consistently across phases becomes difficult.

Validation workflows lack traceability when they omit a persistent verification ledger to capture decisions. Integrating phase roadmap and summary artifacts ensures systematic checks remain evidence-based and traceable across computations.