Quantum Mechanics and Raman Spectroscopy Refute Greenhouse Theory

Blair D. Macdonald
First Published: 2018-10-13
Update 2019-02-12

One of greenhouse theory’s key premises – N2 and O2 are not greenhouse gases as they do not emit and absorb infrared radiation – presents a paradox; it contradicts both quantum mechanics and thermodynamics – where all matter above absolute zero Kelvin radiates IR photons. It was hypothesised: these gases do radiate IR photons at quantum mechanics predicted spectra, and these spectra are observed by IR spectroscopy’s complement instrument, Raman Spectroscopy; and N2 spectra can be demonstrated to absorb IR radiation by experiment and application of the N2-CO2 laser. It was found the gases do possess quantum predicted emission spectra at 2338cm-1 and 1556cm-1 respectively, both within the IR range of the EMS, and these are only observed – and their respective temperatures and concentrations accurately measured – by Raman laser Spectrometers. It was concluded Raman spectrometers make IR spectroscopy redundant: they measure, more accurately the Keeling curve, and have application with meteorological Lidars and planetary atmospheric analysis. The N2-CO2 Laser showed – contrary to current greenhouse theory – N2 absorbs electrons and/or (IR) photons by its – metastable ‘long lasting’ – said spectra mode. It was argued atmospheric CO 2 is heated by the same mechanism as the N2-CO2 laser, as by physical law. N2 and the entire atmosphere absorbs IR radiation directly from the Sun and other matter. With these findings, greenhouse theory as it stands is misconceived – all gases are greenhouse gases – and the theory is in need of review.

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