German Physicists Trash Global Warming "Theory"
December 26, 2009 · 236 comments

guest article by John O'Sullivan

For any non-scientist interested in the climate debate, there is nothing better 
than a ready primer to guide you through the complexities of atmospheric 
physics - the "hardest" science of climatology. Here we outline the essential 
points made by Dr. Gerhard Gerlich, a respected German physicist, that counter 
the bogus theory of Anthropogenic Global Warming (AGW).

Before going further, it's worth bearing in mind that no climatologist ever 
completed any university course in climatology-that's how new this branch of 
science really is. Like any new science the fall-back position of a cornered 
AGW proponent is the dreaded "appeal to authority" where the flustered debater, 
out of his or her depth, will say, "Well, professor so-and-so says it's true - 
so it must be true." Don't fall for that proxy tree-ring counter's gambit any 
longer. Here is the finest shredding of junk science you will ever read.

In a recently revised and re-published paper, Dr Gerlich debunks AGW and shows 
that the IPCC "consensus" atmospheric physics model tying CO2 to global warming 
is not only unverifiable, but actually violates basic laws of physics, i.e. the 
First and Second Law of Thermodynamics. The latest version of this momentous 
scientific paper appears in the March 2009 edition of the International Journal 
of Modern Physics.

The central claims of Dr. Gerlich and his colleague, Dr. Ralf Tscheuschner, 
include, but are not limited to:

1) The mechanism of warming in an actual greenhouse is different than the 
mechanism of warming in the atmosphere, therefore it is not a "greenhouse" 
effect and should be called something else.

2) The climate models that predict catastrophic global warming also result in a 
net heat flow from atmospheric greenhouse gasses to the warmer ground, which is 
in violation of the second law of thermodynamics.

Essentially, any machine which transfers heat from a low temperature reservoir 
to a high temperature reservoir without external work applied cannot exist. If 
it did it would be a "perpetual motion machine" - the realm of pure sci-fi.

Gerlich's and Tscheuschner's independent theoretical study is detailed in a 
lengthy (115 pages), mathematically complex (144 equations, 13 data tables, and 
32 figures or graphs), and well-sourced (205 references) paper. The German 
physicists prove that even if CO2 concentrations double (a prospect even global 
warming advocates admit is decades away), the thermal conductivity of air would 
not change more than 0.03%. They show that the classic concept of the glass 
greenhouse wholly fails to replicate the physics of Earth's climate. They also 
prove that a greenhouse operates as a "closed" system while the planet works as 
an "open" system and the term "atmospheric greenhouse effect" does not occur in 
any fundamental work involving thermodynamics, physical kinetics, or radiation 
theory. All through their paper the German scientists show how the greenhouse 
gas theory relies on guesstimates about the scientific properties involved to 
"calculate" the chaotic interplay of such a myriad and unquantifiable array of 
factors that is beyond even the abilities of the most powerful of modern 
supercomputers.

The paper's introduction states it neatly:

(a) there are no common physical laws between the warming phenomenon in glass 
houses and the fictitious atmospheric greenhouse effects, (b) there are no 
calculations to determine an average surface temperature of a planet, (c) the 
frequently mentioned difference of 33 degrees Celsius is a meaningless number 
calculated wrongly, (d) the formulas of cavity radiation are used 
inappropriately, (e) the assumption of a radiative balance is unphysical, (f) 
thermal conductivity and friction must not be set to zero, the atmospheric 
greenhouse conjecture is falsified.

This thorough debunking of the theory of man made warming disproves that there 
exists a mechanism whereby carbon dioxide in the cooler upper atmosphere exerts 
any thermal "forcing" effect on the warmer surface below. To do so would 
violate both the First and Second Laws of Thermodynamics. As there is no glass 
roof on the earth to trap the excess heat, it escapes upward into space.Thus we 
may conclude that the common sense axioms are preserved so that the deeper the 
ocean, the colder the water and heat rises, it does not fall. QED.

John O'Sullivan is a legal advocate and writer who for several years has 
litigated in government corruption and conspiracy cases in both the US and 
Britain. Visit his website.


-----Original Message-----
From: [email protected] [mailto:[email protected]] On 
Behalf Of Alastair
Sent: Wednesday, January 06, 2010 2:33 PM
To: globalchange
Subject: [Global Change: 3420] Re: Hansen on runaway warming


On Jan 5, 1:06 pm, Tom Adams <[email protected]> wrote:
> Can you cite something, anything, that claims that Earth protected 
> Venus from icy asteroids?

Following from my previous post, it is not that Earth acted as a backstop. It 
is that the eccentricity only extended the orbits inwards as far Earth.

I have found a paper which may have been the first I read about this:
Nature 435, 466-469 (26 May 2005) | doi:10.1038/nature03676; Received
6 December 2004; Accepted 18 April 2005

Origin of the cataclysmic Late Heavy Bombardment period of the terrestrial 
planets

R. Gomes1,2, H. F. Levison2,3, K. Tsiganis2 & A. Morbidelli2

It says on page 467:

"However, our scheme probably also produced an in flux of material from the 
asteroid belt. As Jupiter and Saturn moved from 1:2 MMR towards their current 
positions, secular resonances (which occur when the orbit of an asteroid 
processes at the same rate as a planet) swept across the entire belt. These 
resonances can drive asteroids onto orbit with eccentricities and inclinations 
large enough to allow them to evolve into the inner Solar System and hit the 
Moon."

>From that I assumed that the inclinations were large enough to hit Earth but 
>not large enough to hit Venus.

Cheers, Alastair.

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