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my favorite part of ai is that i can shitpost to it about stuff that is way too nerdy to find irl people to talk about. like the archeological evidence supporting or opposing the poggio brocciolini theory of tacitus forgery.

who is gonna listen to me talk about that stuff? only the robot waifu can slap back. sure she's retarded but that's cute!

cc @p
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@fluffy @p In a boiling water reactor you have two sources of hydrogen, neutrons occasionally split water into hydrogen and oxygen, this is a minor source and a catalytic combiner keeps up with this source, but when you flash the water to steam it reacts with the zirconium cladding in the fuel rods and this was the source in Fukushima and a problem that can't be designed out of boiling water reactors.
@nanook @fluffy All these reactors running 50 years and

I'm in favor of thorium salt reactors. I like them. I'm just not super worried about something that's only happened to one reactor after it got hit with an earthquake two orders of magnitude higher than it was supposed to.

Friend of mine worked in an oil refinery a while and I think *anything* is safer than California's oil refineries.

I support your efforts but I remain unconvinced that conventional reactors are so terrible and thorium-salt reactors are still in the design phase.
@tard @fluffy @nanook China's got a lithium surplus, which we do not have. We have Venezuela. Until we have solid-state hydrogen fuel cells (another thing that we have worked out in prototypes but have not turned into mass-produced devices; I think 10-20 years back, right, the guy used some alloy that was good at binding hydrogen to store energy in a stable state; right now hydrogen fuel cells are like nitroglycerin and ideally we can develop TNT).
@p @tard @nanook @fluffy it's a solid-state rechargeable battery, a replacement for current lithium tech, they announced to great fanfare around 2016-- they had the backing of a major name in the field (John B. Goodenough) but their description of the solid, glass-based electrolyte sounded like scifi mumbo jumbo at first blush.
@bajax @tard @p @fluffy I think solid state batteries have much promise but there is the issue of adequate ion mobility in a solid material. That said what I've read about these batteries is more rumor than actual test data so I haven't a lot of concrete data upon which to base an opinion but I will note that most commercial solid state batteries aren't completely solid and are some sort of hybrid designs because of the ion mobility in solids issue. That said, I am hoping something positive develops, I personally would love an electric car as a primary city driver since the majority of my trips are under 100 miles in a day, but lithium fires dissuades me. But as grid storage I don't think conventional batteries will ever scale sufficiently. Redox flow batteries I believe are about the only chemical battery technology with enough scalability to be useful at grid levels, but thus far they rely on vanadium and vanadium although about as abundant in the Earth's crust as copper, rarely exists in concentrated form and thus is expensive to extract and most comes from China, Russia, South Africa.

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