62 karma · joined November 15, 2023
Surely there's plenty of waste in federal spending but I suspect the vast majority is not going to be blatant and easy to identify
Is child labor good for the economy? Maybe short term.
Are 16 hour workdays and subsistence pay good for the economy? That doesn’t make good consumers out of the employees.
Unions exist because people were subjected to brutal conditions and it seems very unlikely to me such conditions were conducive to a healthy economy.
So not only can they do it for you, they can do it better!
Propaganda can be harmful even if hasn't programmed anyone to welcome an invader with open arms.
Nobody was put in jail for writing poetry. They were put in jail for praising North Korea.
Banning the praise of North Korea isn't banning bad advice.
If the person had been speaking into a microphone instead you'd be telling me how South Korea outlawed talking.
Framing it as violating a noble ideal of “free speech” I think gives it more importance than it deserves.
Seems plausible such a trade off is a net good for South Korea. We live in the misinformation age. Look at the crazy stuff some people believe. South Korea has effectively outlawed pro North Korea propaganda. Hard to quantify the averted harm of such a policy, but the price seems minimal.
If you have any literature to recommend, I'm happy to read it.
No doubt people are motivated by money but it's not like the board is some infallible arbiter of AI ethics and safety. They made a hugely impactful decision without credible evidence that it was justified.
Solar drops to zero every night.
For hydro, there's already seasonal variation with rain/snow melt. Beyond that, it looks like the majority of hydro in the US is on the west coast, which has been experiencing a drought for years and is projected to get worse. The west coast is big on removing dams for habitat restoration, too.
Wind: Admittedly I have no idea what sort of consistency wind has. But it does seem reasonable to assume the overall reliability of wind power will decrease as installed capacity increases, assuming we started with the most productive geographies first and then move to increasingly marginal areas.
In the same way that storm fronts travel through an area and bring high speed winds perhaps there is the opposite, where relatively sudden, large-scale lulls form?
To minimize the likelihood of blackouts we'd need to either:
1) Build sufficient excess capacity of wind/solar/hydro to overcome variance in output. This may not be feasible, if even possible, considering the points above.
2) Maintain fossil fuel peaker plants.
3) More nuclear for base load.
Having written these thoughts out I now realize your statement presumes we can ever (and always) meet 100% of electricity demand with wind/solar/hydro in the first place.