Currently reading about tensor products in Quantum Mechanics and composite systems I've read that in Quantum Mechanics particles are indistinguishable while in Classical Mechanics that's not the case. This leads to the requirement that the wave function be symmetric or antisymmetric and thus, to ...
What experiments prove that heat can be "trapped" by a layer of material with suitable optical properties, such as carbon dioxide? I've read a little on Wikipedia but I've got only some names, not the experiments.
@DavidZ 1. I don't think that was a drastic edit. 2. I think Kurtovic is correct; the answers all talk about whether global warming happens or not, while the question asked specifically about evidence for the greenhouse effect. Ron's answer doesn't address this, Alan Rominger's does, Martin Beckett's does not, John Rennie's does not. Being literal, I'd delete every answer but Alan's.
@DavidZ Exactly what you've written in the edit - that layers of gases can trap heat, i.e. lead to a higher temperature of the body they enclose than it would have without them.
Do you mean that some might construe "greenhouse effect" to refer to the specific claim that that is what our atmosphere does, and that that is the relevant mechanism for global warming?
Anyhow, the system is flawed. I could eg write a script to give someone I (dis)like high (low) slighlty randomised scores at random times of about every few weeks
They also appear in algebraic topology where one is mainly interested in their cohomology, but I think those treatments mostly assume the reader already knows about sheaves as such
What is it with all those users going against established physics or promoting their own pet theory lately? I have the feeling I'm seeing "Physics is wrong and my personal theory is totally right" almost every day now.
What experiments prove that heat can be "trapped" by a layer of material with suitable optical properties, such as carbon dioxide? I've read a little on Wikipedia but I've got only some names, not the experiments.
