pbelter wrote:
...and that does not falsify AGW, then what can?
Any in situ or in vitro experiment that with high statistical significance shows its predictions or predictions upon which it is based are false.
However, they must also provide new theories which can predict better AND are not disproven by other theories.
An example of an in situ experiment is you can measure the temperature changes on earth over time, and if that doesn't fit with the predictions, and you can come up with a model that fits it better (that is itself falsifiable - that makes testable predictions (which upon testing are found to be true where the other is not)), you have falsified.
Except that model also has to fit in with other evidence. For example if it breaks the laws of conservation of energy, it's bunk.
https://www.youtube.com/watch?v=EYPapE-3FRw
An example of an in vitro experiment is you could measure the absorption and reflection spectrum of, say, water vapor. And if you can show all the other measures to be wrong to high statisictical significance, and explain the problem (meaning predict better). But what we know about absorption and reflection spectrum is predicted to very high accuracy by quantum physics (e.g. the shrodinger equation). So you'd have to overturn quantum physics.
indeed, has you enough computing power, you could do a global simulation of climate change at the quantum level, and the predictions would match with high accuracy that which have actually happened. we don't do that, though, we use far more computationally efficient methods in simulations. just saying it goes quantum physics, nuclear physics, chemistry... all the way on up to astronomy. we learn about quantum physics from the stars and vice versa. it's a really impressive model. predicts 100%, with the exception of gravity at quantum scales, and why the particles have the masses that they do. but i digress..
Not entirely impossible - before QED we had the classical model. though we knew for a long time it was wrong because by newton's laws of motion, electrons shouldn't orbit at discrete energy levels - they should be more varied, like the planets around the sun are.
(notably, however, QED didn't "disprove" newton's laws of motion. except for that near the plank length, path is predicted by integral_e^(i*S) instead of min(S). (where S is "action") That is, a charged particle does not take the path of least action, but the path where a minor change in the path produces the least change in action. A very subtle difference, but without it, we wouldn't have quite a few things. but i digress.)
any case, overturning AGW is certainly no easy task, largely because the world of physics is so inexhorably connected. it's comparable to overturning gravity. but it can be done. even our understanding of gravity has been stood on its head before. and the methods are the same: experiment, peer review, verification, etc...
like i said, if you have something, publish it. i'm sure the scientific community will eat it up. they love novelty, and you'd be shattering physics at its very core.
personally, though, i think you'd have better luck with quantum gravity.
