verify_physics

Dimensional analysis validates unit handling in computational code to prevent invalid combinations, such as adding Length plus Time. It checks equations against reference literature and flags numerical instability or edge cases to ensure calculations are physically correct.

Numerical stability validation checks equations against reference literature and tests with known signals. It ensures proper behavior across all axes in multi-dimensional data and flags potential edge cases, generating a structured report highlighting suspect logic.

Energy conservation validation performs sanity checks on mathematical transforms to ensure physical correctness. It verifies transforms using known signals and generates a concise, actionable summary confirming validity or highlighting suspect logic.

Automated physics verification applies to multi-dimensional scientific software, including numerical simulations and validation suites. It performs dimensional analysis, mathematical inspection, and sanity checks to generate a human- and machine-readable report.

Dimensional inconsistencies occur when invalid unit combinations, such as adding Length plus Time, are present in computational code. Automated dimensional analysis verifies unit handling and equation correctness to catch these calculation errors early.

A verification report provides a concise, actionable summary highlighting suspect logic and confirming validity. It is structured to be both human- and machine-readable, detailing the results of dimensional analysis, mathematical inspection, and sanity checks.