Here is the thread I was talking about:
http://nucleargreen.blogspot.com/2010/0 ... nment.html
and my most recent response (not yet approved):
Since you are so strong in reactors may I suggest you look at reactor theory.
And find out why gains of greater than one - positive reactivity coefficient - (as posited in climate science) lead to runaway heating/cooling. And not in a century but in a year or less.
Here is something I wrote on the subject as it relates to climate science including a bit on reactor control theory.
And scientists have believed a lot of crazy stuff in the past (butter or margarine?) Or phlogiston.
And remember - bicycle mechanics invented the airplane - not scientists. James Watt made the steam engine practical.
Engineers are harder to fool because they are tested by the real world.
There was a philosopher of science who once said something to the effect
"Science advances not by new theories over coming the old in scientists. It is advanced with the death of scientists".
So I don't expect you to change your mind.
In any case the need for new energy sources is a sounder basis for promotion of nuclear energy than a theory which may prove false no matter how many are convinced.
As Einstein said: "It only takes one." And you know in his day the old scientists were not convinced. In fact Einstein didn't like quantum physics. So the fact that you have consensus or I have consensus (pick your group) is meaningless.
But as I said control theory in general and reactor control theory in particular says the AGW catastrophism is not very likely.
I can be convinced. Explain to me how control theory supports high gains (greater than and much greater than one posited by the current claimed consensus in climate science).
The one attempt I have seen that comports with delayed neutrons in reactor control theory, heat in the pipeline, has not been found.
Now do I believe that a doubling of CO2 will (with no other factors) cause a 1 C rise in temperature? Yes. That is not controversial.
What the argument now is about is this: is the gain less than one? A gain of .5 +/- .1 is a number I have seen - arrived at by different methods or is the gain of the system between 1.5 to 4 or more?
You might want to compare a Schmidt Trigger to a feedback amplifier.
Any way. The above is why the engineers have a harder time with the assumptions of the majority of the IPCC scientists.
Again: my guess is that you do not have the tools to personally evaluate the above.
C.P. Snow outlined the problem a long time ago. Philosophy and natural philosophy have diverged.
BTW your piece on Schopenhauer is what brought me here. It is a good one. Your error is that you are reduced to arguing by analogy rather than being able to argue from what we absolutely know (engineering). And why do I leave science out? Because unless science is tested by engineering its conclusions are tentative.
After all Carnot came after Watt. i.e. we had practical steam engines before we understood even a little of the thermodynamics.