Wuwei
Gold Member
- Apr 18, 2015
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Personally, I don't like that example because the original radiation was much more energetic before it was redshifted down to its present levels.
Your point is well taken. The COBE satellite measured the CMB with a remarkably precise agreement with BB radiation. The argument was for anti-science people who read physics “at face value”. A scientist does not need any argument about what was measured, (unless they are just playing games).
I also don't like the example of the Sun's Corona. It only shows the symptom of high temperature, it is not caused by blackbody radiation. An LED is not as hot as it's radiation would suggest either.
I have not studied the sun's corona, so I have no comment on what it does or does not prove.
Likewise the atmosphere is a very poor and fragmented Blackbody. Gravity plays a huge part in constraining the gas, and storing/releasing the energy. That side is seldom discussed.
Every time you narrow the field of investigation down to just one law of physics you run the risk that it is not the most important one.
I agree, that there are many processes going into understanding weather, but I was focusing on one narrow aspect of the physics behind the atmosphere (radiation) for a reason. If someone does not agree with basic radiation physics such as radiation thermodynamics and CO2 capturing energy to heat the atmosphere, and if the person wants to totally substitute a law involving an impossible adiabatic process which has the same physics from the equator to the arctic then all bets are off as far as understanding anything about the atmosphere.