That being said, and to counter my own point, the case of Jefferson County's bankruptcy appears that while they may or may not have needed to repair those sewers, their bankruptcy had a lot more to do with complex financial derivatives on their debt, pork projects embedded into the taxes to pay for the bonds for the sewers, overbuilding the sewers themselves, the 2008 financial crisis and many other things that go far beyond the EPA and the Federal Courts forcing them to upgrade their sewers. So much of this summary and article should be taken with a grain of salt.
First, in the Japanese cultural psyche nuclear power is a very prominent thing. Japan has the dubious distinction of being the only country in the world to have been hit with nuclear weapons in anger, and the cultural shock of that paired with the utter destruction of their society after WW2 was very significant. You can see it in the subtext of their culture, for example the entire Godzilla franchise is heavily influenced by the fears of nuclear power and the devastation it can wreak on society. Even in anime, the various Macross franchises, they used the term "reaction engine" or "reaction warheads" as a coded word for "nuclear" because the word nuclear has a very strong cultural reaction to it, and nearly every Macross series you see has some angle of some super weapon that could, and often does, destroy entire worlds. It's deep in the cultural psyche there, so when there is a problem and the word "nuclear" is attached to it, the society there shifts around it.
After Fukushima, Japan shut down all 54 of their nuclear power plants in response. That of course made them a massive importer of fossil fuels, whcih they don't have natural access to. Fears and cultural issues with the term nuclear eventually were bested by pure economic factors; nuclear is cleaner than fossil fuels, provides more power, and has a less supply chain issues while giving Japan greater control over it's energy grid. Around 15 reactors have started back up under stricter safety guidelines.
To your point about plants having gravity fed cooling and multiple backups, that's not exactly true. Modern reactors, like the AP1000 use gravity cooling, this is called a Gen III+ reactor. The issue though is that reactors are really expensive to set up, and often times it's more economical to extend the service life of an older reactor than build a new one. So while you are correct about new built reactors, most Gen 1 reactors are retired but many Gen 2 reactors are still active and do not have those features. In the specific case of Fukushima and Japan, Japan has a very unique challenge. You always want to build nuclear reactors near water so you have active sources of cooling. For Japan, that means the coast. The problem though is that Japan is also very seismically active. Fukushima was designed to withstand some severe earthquakes and had pumps that were fully automated that should be able to keep the reactor cool for 1-2 days in an emergency, which is often enough to bring in more permanent solutions. What happened with Fukushima it was hit by a greater than 9.0 earthquake off the coast which created a tsunami (it's notable we use the Japanese word for tsunamis because they're so common there). The massive tsunami came in and wiped out the generators that run the pumps, knocking out all of it's backup cooling stations. The plant, 40 years old, did what it was supposed to do, but was hit with something beyond it's design specs.
And that's the real issue. An AP1000 could have managed Fukushima due to it's passive cooling, but the vast majority of active reactors are Gen 2. Most Gen 2s are good, but they don't have those passive systems, they still rely on generators and pumps for the cooling. Japan built it's reactors knowing their seismic situation, but the earthquake that hit Fukushima was exceptionally large and beyond what it could do.
No, they use it as a normalizing factor, to measure nations of different strengths relative to each other. But even with a normalizing factor there's a huge difference between say Greece, who can't print money because they don't control the Euro, has an economy with only a few sectors and a smaller tax base, when comapared to say the US who can print money, has multiple sectors to draw on and an enormous tax base.
In other countries, you have generally higher on average prices per menu item than equivalent in the US. Not always, and it doesn't always feel that way; I was in Japan a few years back and it felt cheap because the Yen was way down, but I also was in Norway recently, and every meal even at a standard restaurant was nearly US$100 for 3 people. However US restaurants also face much higher costs in overhead. Food safety and inspections are generally more common and more frequent in the US than other countries. The US tends to be more litigious as a society, meaning restaurants must have liability insurance, workers' comp insurance, etc. We also have some rather severe regulations for service based businesses, most notably the Americans with Disabilities Act (ADA). I've been to places in Ireland and China that wouldn't be anywhere near compliant with ADA; heck I've been to some nice places in downtown Tokyo that didn't have a bathroom accessible without going a block down the street. You also have more stringent building codes, which means capacity restrictions, fire department inspections.
I do like experiencing the culture of other countries, but restaurants in other countries definitely feel different because they don't have to live up to the American regulatory and legal systems.
So, as a result, margins are already thin for restaurants here. If you make everyone a standard worker, the restaurant would be forced to raise menu prices, which due to the elasticity studies mentioned above would drive down their sales revenue (and thus go out of business) or be unprofitable (and thus go out of business).
So if we could manage some things like Tort reform, loosen health and safety restrictions, allow restaurants to pack twice as many people in as they do now by altering building codes, allow them to force you out quickly to bring customer turnover (this is common in China, Korea, and Japan), alter health insurance costs, align regulations across state and municipal bodies, oh, and get Credit Card companies to lower interchange fees because US interchange fees are generally higher here than overseas, then yes, we could clear up enough room in restaurants' cost structure to allow them to pay full wages and move away from tips.
So we at least are an example of what you're talking about.
Most people do not want to make informed choices. They just want their burger and they'll pay a tip because it's the custom. Will people buy more because they know a restaurant is paying a living wage and so they'll pay 20% or 30% more for the burger because it's better for society? No, they do not.
I'm not supporting it, it's just how it is, but to assume that it will change for the better because better informed customers will make better decisions doesn't hold true in reality. But I do disagree with you about "tricking" your customers. How are they tricking you? You know if you're going out you're going to pay the tip. that's literally every restaurant in the entire United States. If you don't assume you're paying the menu price plus sales tax plus 18-20% in tip then you have a problem. The fundamental difference though is to the buyer (the restaurant patron), you assume you're going to pay an extra 20%, but it feels discretionary. If it's roped into the price, it feels mandatory, and people reject the mandatory cost, but htey feel empowered when it's discretionary, even if by custom you're going to pay it.
So I think what you'd find is that a lot of restaurants would go out of business, and a lot fewer would start, because it wouldn't be economical to run a restaurant anymore, and thus there'd be a lot fewer employed waiters and waitresses.
ChatGPT: That's a great idea. I will align all 6 thrusters and calculate a trajectory to use optimal fuel burn and get us to LEO.
But ChatGPT, we only have 4 thrusters.
ChatGPT: you're right, my mistake. It seems I hallucinated how many thusters were on board. Unfortunately my calculations are off, and you are now going to die a horrible fiery death.
Would you like to notify your next of kin that your ashes have been spread across the Pacific Ocean?
But let's talk about the elephant in the room here, that's not talked about in the article: Zuckerberg. Zuckerberg went all in on metaverse to mediocre results, and now jumped on the LLM/AI bandwagon after people had already gotten going. So he spent ungodly amounts of money to just bring people in without any real way to align them with a vision or core focus or strategy; he just threw shares and money around like it was candy to recruit apparent top talent and just threw them all in a bucket to make it work. That's real Gavin Belson style leadership there. The fact that he hasn't' taken the time to organize the teams and leadership around a vision makes it look like he, and by extension Meta, is flailing.
And what is Meta doing in AI? I know OpenAI/ChatGPT, I know Microsoft/Copilot, I know Anthropic/Claude, Devon, etc. What is Meta's offering? It seems they are light years behind, totally disorganized, and no clear idea of what their angle will be.
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