That's simply delusional. Yes, maybe well-maintained nuclear power plants are an acceptable risk. But pretending there's an alternative reality where we all casually refill our backyard reactors with enriched uranium on the weekend is really somewhere out there.
Did you know the lethal dose of absorbed ionising radiation is only about 10 joules per kilogram? It would be great if it wasn’t so low. We’d already have nuclear powered manned space flight for one thing.
"Move fast and break things"…
Yes, nuclear should not be a total free for all, but there is absolutely no reason why people should not be allowed to make small research reactors and small reactors to iterate on the technology.
We essentially still use age old concepts for our reactors and one of the reasons is that its almost impossible to bring something different to market. Its literally stifling innovation.
Canada's newest operating reactor, Darlington 4, took 8 years from construction start to commercial operation. Russia's newest, Novovoronezh 2-1, took 8 years. Civaux 2, France's newest, took 11 years. Kudankulam 2, India's newest, took 15 years. (All numbers from the IAEA's Power Reactor Information System).
That's a long time for billions of dollars to be tied up in construction before producing a single watt of electricity or a single dollar of revenue. The advantages of going fast are obvious. So why has no other country developed small modular reactors that you build in 2 years, like a natural gas plant?
I think that the most parsimonious explanation is that building reactors quickly just isn't easy, even without American-style regulation. Many countries take almost-a-decade to decade-plus times to build large reactors. No other countries have yet deployed small modular reactors. Why not? India, Russia, Brazil -- none of them have the slightest obligation to imitate American-style nuclear regulations, and they are not generally known for excessive attention to environmental protection or worker safety. Why don't they have cheap, quick-build reactors?
It cost a lot to develop these things and because regulation only governments can really do these things in most countries. Its a simple fact that it is practically impossible to develop a new reactor type and bring it to market. All the startups that try these things have to figure out some way to get to do something in China or Indonesia. America is not unique at all.
The reality is that other reactor types have been build and they have been built small. If you think based on first principle there is really nothing that makes a reactor follow different laws then air planes, rocket engines and other high precision, high material complexity object.
Also there is a large amount of space between a modern PWR and a small modular reactors idea. The new reactors that China now offers commercially are 650MW, they have passive safety and are way less complex to build then current PWRs. They will also sell Molten Salt Thorium Reactors in about 10 years.
But the point is that non of the things China is now doing was impossible in the US 30 years ago. It simply didn't happen because of institutional and legal issues.
Even if you figure out all this stuff and you actually managed to develop the tech, its incredibly hard to get countries to allow you to actually deploy them.
I honestly believe that if we had focused more on building smaller and smaller nuclear power plants, and putting them in more and more cities, that we wouldn't have had this problem. If you look around at the areas that have high support for nuclear power, they're all areas that have had nuclear power plants for decades without a problem. Make them small enough that people don't notice them, and when they find out one has been in their backyard for 20 years, they shrug it off like if they found out their neighbor was a lesbian (maybe that's a bad example but whatever).