Sunday, November 14, 2010

'The Greenhouse Effect in Wonderland'

A scientist writing for an Italian climate blog has 2 recent posts illustrating 7 reasons why the laws of physics have been used incorrectly to describe the so-called greenhouse effect. Most of these points have been repeatedly covered here, but for those interested in another refutation added to the now more than 30 from other scientists who have dis-proven conventional greenhouse theory, here are the 2 posts (use Google translation):



Part 1

Part 2 



From the conclusion of Part 2 "The Greenhouse Effect in Wonderland" (Google translation + editing):



To summarize, here are the fundamental physical laws that the greenhouse effect theory violates, or poorly applies:



- 1st law of thermodynamics (it is impossible to create new energy from "back radiation")



- 2nd law of thermodynamics (colder bodies such as the atmosphere cannot raise the temperature of the warmer bodies such as the Earth's surface)



- Failure to use the carriers in the calculation of heat flow (a heat flow input can never be added to an output, but must be subtracted)



- Non-use of the Poynting vector (when two opposing heat fluxes EM waves are opposite, they have two directions of opposite propagation, and one must use vector analysis)



- Entropy (all exchanges of heat on Earth and the atmosphere require entropy to increase, which is incompatible with a hypothetical "greenhouse effect" -which requires entropy to decrease in order for heat to flow from cold to hot)



- Disregard for negative feedback of "cloud forcing" (makes no sense consider only the effect of heat retention of clouds, humidity and CO2, when these "greenhouse gases" are also an obvious sunshade of incoming solar radiation (45% LWIR), the effect of which exceeds heat retention)



- Boltzmann constant and Kirchhoff's law applied incorrectly (you can not apply the Boltzmann constant to rotating solids such as the planets and satellites, because the experimental data show that such simplistic calculations are incorrect).

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