Comments by "Titanium Rain" (@ChucksSEADnDEAD) on "The Uncertain Future of Jet Fuel" video.

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  11.  @gripp9k  Everything is incredibly expensive but you want to use tax money for it. Nuclear provides plentiful energy and your complaint is... too expensive. Buddy. That's true for all your alternatives. You can't "use both" without a source of disposable energy that makes up for inefficiencies. Tidal would mean construction all over shorelines. Wind is terrible. Geothermic is nuclear... what do you think keeps the mantle hot? Nuclear decay. Solar is fine but it only works half the day and requires a lot more area than a power plant. No, they won't all become "more efficient and cheaper". Solar is starting to hit the limits of physics in lab grade PV cells. We can double the amount of wind farms we have right now, but past that number efficiency will actually start to decrease as we rob too much energy from the moving air. Geothermic and tidal are still just ways to spin turbines. Any efficiency gains you get on those, will also net efficiency gains on the turbines spun by nuclear generated steam. So most of these pie in the sky "alternatives" are just scams that will damage the environment and give us shitty energy. "But sleeping on everything else is how we're here in the first place" - But that's false. We didn't "sleep" on anything. The technology just wasn't possible. It's like the electric car and the story about how the big oil magnates bought the patents and buried it. Even today we needed massive improvements to make EVs viable, and they still kinda suck in certain aspects. So no, we couldn't have Teslas in the 1970s and we couldn't have 2021 solar PV cells in the 1990s. The only reason there's a concern with catastrophic failures on nuclear plants is how they have a fail-deadly design where leaving them alone will cause a meltdown. Modern designs are fail-safe and literally cannot melt down. The vacating the area for a thousand years is also somewhat misleading. While not all areas around Fukushima are 100% safe to return due to readings above 15 mSv (max allowable exposure for nuclear plant workers is 20 mSv), many areas are now safe 10 years later.
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