Thanks for your thoughtful response!
You are right that investing in new nuclear tends to score rather badly according to QUICK. We say the same in the paper. However, as we explain, we tend to regard out two other criteria as more important, because of lock-in and path dependency risks if we focus mostly on short-term emission reductions. (Considerations about harm from emissions being cumulative count in the other direction, though.)
You are also right about other technologies potentially being able to play a similar role. Hydropower especially often does ...
Right, it sounds absurd and maybe hilarious, but it's actually what I had in mind. The advantage is internal coherence. The idea is basically to let "ecomodernism" go mainstream, having a Greenpeace-like org that has ideas more similar to the Breakthrough Institute. It's far from clear that this can work, but it's worth a try, in my view. About your suggestion: I love it and voted for it.
Interesting thought. FWIW, I think it's more realistic that we can turn around public opinion on fission first, reap more of the benefits of fission, and then have a better public public landscape for fusion, then that we accept the unpopularity of fission as a given but will have somehow popular fusion. But I may well be wrong.
Advocacy organization for unduly unpopular technologies
Public opinion on key technologies.
Some technologies have enormous benefits, but they are not deployed very much because they are unpopular. Nuclear energy could be a powerful tool for enhancing access to clean energy and combating climate change, but it faces public opposition in Western countries. Similarly, GMOs could help solve the puzzle of feeding the global population with fewer resources, but public opinion is largely against them. Cellular agriculture may soon face similar challenges. Public o...
Great list, thanks!
I link to it in my newly posted syllabus on existential risks:
Example syllabus "Existential Risks" - EA Forum (effectivealtruism.org)
Great that you like this testing idea, Siebe!
I just tried out the judgment calibration test with my Munich students, with 25 relatively difficult-to-assess statements.
Main finding: Roughly half score better and half score worse than they would have done if they had just uniformly answered "50%". I guess that this indicates that the test was slightly too difficult. Notably, I had included many statements about orders of magnitude (e.g. energy released by the sun in a year, or time scales), and those seem challenging.
But the best students had a mean square deviation of the estimate from the truth value of about 16%, which I guess is quite good.
Great post -- and I fully agree that understanding the success of the NPT is hugley interesting and promising, and I also agree with this comment on the importance of this question regarding nuclear energy deployment!
There seems to be one line of thinking according to which almost any facilitating of a country's starting a civilian nuclear energy programme increases proliferation risk and another line of thinking according to getting ahead of the curve in exporting comparatively proliferation-resistant technology might actually reduce prolifera...
Thanks for these remarks! I am actually very sympathetic to them.