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Design and execute a real physics experiment: state a specific testable prediction from physical theory, collect raw data with documented methodology and measurement uncertainty, perform error analysis (systematic and random errors, error propagation), and compare results to theoretical predictions with a quantitative assessment of agreement. The proof is the complete experimental record including raw data, error analysis, and a written conclusion discussing the comparison to theory. For students without lab access, analysis of a named real physics dataset from CERN Open Data Portal, NASA Exoplanet Archive, SDSS, or LIGO Open Science Center constitutes an equally valid proof — the methodology documentation requirements (data provenance, analysis steps, uncertainty quantification, comparison to theory or published values) are identical to lab work. Reviewed by a physicist who examines the error analysis methodology and asks how the results would change if a specific systematic error were introduced.