Scientific Model Evolution Workbench

PARADIGM CANDIDATE Historical Lineage

EMPIRICAL COUNTERFACTUAL INJECTION

Incoming Experimental Anomaly:

INCENTIVES & INSTITUTIONAL BIAS

Publish-or-Perish Pressure: 0.65

Higher values suppress publication of null/negative results, inflating historical consensus longevity.

Empirical Re-test Rigor: 0.85

Threshold required for institutional replication and acceptance of competing paradigms.

“Science models, not proves. Models are approximations, and scientific progress is the process of replacing worse models with better ones.”

— Philosophy of Science Principle

Model Focus Phlogiston Theory

Consensus Score

18.4 %

Explanatory Power 0.42

Predictive Value 0.31

Accumulated Anomalies 5

Epistemic Status

Superseded

Accepted / Active Paradigm

Superseded Approximation

Competing / Provisional Hypothesis

Model Epistemic Audit Matrix

scientific-model-audit-phlogiston.json

EMPIRICAL DOMAIN & BOUNDARY OF VALIDITY

Originally unified combustion, calcination, and smelting phenomena by postulating an undetectable elemental substance (“phlogiston”) released during burning. Valid as a phenomenological tracking mechanism until precision mass balances demonstrated weight gain during metal calcination.

SUCCESSOR PARADIGM

Antoine Lavoisier's Oxygen Oxidation Model (1777–1789) conserved total mass and identified atmospheric oxygen absorption.

ACTIVE ANOMALY DOSSIER