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| Format: | Recurso digital |
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Zenodo
2026
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| Online Access: | https://doi.org/10.5281/zenodo.18905900 |
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Table of Contents:
- <p><span>This research demonstrates that the attribution of atmospheric warming to CO₂ and Ozone in satellite temperature measurements is based on a double inference not instrumentally validated. First, temperature is inferred from radiance assuming local thermodynamic equilibrium (LTE). Second, causality is inferred by attributing it to gases that sensors do not directly detect at the measurement frequencies. Through spectroscopic analysis of AMSU-A channels (53.59 GHz and 57.29 GHz), it is proven that these instruments are exclusively Oxygen (O₂) thermometers. The correlation of 13.48 σ between UV-B and O₂ temperature, together with the spectral transparency of CO₂ and Ozone in microwaves, violates the principle of scientific parsimony. Additionally, a thermal inertia restriction of 1,643:1 is demonstrated that prevents CO₂ (0.04% of mass) from thermally governing the majority N₂/O₂ block (99.96%). The Quantum-Molar Thermal Efficiency Factor (FET) favors the O₂-UV system in a ratio of 27,437:1 over the CO₂-IR system. It is concluded that satellite temperature is the chronicle of the energy balance of molecular Oxygen, not of CO₂.</span></p>