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Tuco's Child's avatar

🤔 Thought Experiment to Consider

Absorption and emission from CO2 is at the 15 micron wavelength.

This is long wave far-infrared with a temperature that equates to -80 C per Planck.

It can only warm things colder than it, unless it is a gas with higher kinetic energy than the others around it.

The lower atmosphere ranges from 15 C to -56 C.

Assuming that the kinetic energy of CO2 is the same as the other gases around it, can CO2 heat the lower atmosphere or Earth?

Hint: Second Law of Thermodynamics

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Chris's avatar

Nigel, i see on Telegram that our realist community is trying to get on the same page. I have always been attracted to the thermodynamic autocompression theory…. But wonder, how do all the other forcings work given this autocompression is true? We have variations in sun’s TSI, clouds, distance to sun, magnetosphere, tectonics/volcanism, Henry’s Law, sun’s activity, water vapor, etc (cant think of anymore)… what affect do these natural changes have on the autocompression theory?

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