▲ | bluGill 4 days ago | |||||||||||||||||||||||||
The problem is string theory was pushed by people who were really good at getting attention and so they appeared to be outsized. Eventually everyone realized they were never making good on their promises and it was time to quit given them money - but most people who are not physics insiders don't really understand the other parts and so the total budget was cut to punish string theory - but by more than just the string theory part. There is a warning above about something, but I'm not sure exactly what. | ||||||||||||||||||||||||||
▲ | nathan_compton 4 days ago | parent [-] | |||||||||||||||||||||||||
I actually think that for the most part string theory and its detractors and its rise and fall have had little effect on total physics budgets in the last 30 years. I will say that theoretical physics is in a hard spot, but the problem isn't string theory. It is that we are short experimental data because the domain of validity of our theories is currently somewhat larger (in most obvious ways, anyway) than the domains we can reach with experiment. I don't think any amount of clever budget allocation is going to make progress in theoretical physics go faster, nor do I think we'd be in a different position if we had allocated the resources differently. Notably, LQG and similar approaches (of which there is hardly any shortage) have not made noticeable progress either. My perspective is this: string theorists are cheap. We may as well have a few for some long shot research, and while we fund them they teach kids math and physics. Seems like a good trade. | ||||||||||||||||||||||||||
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