𝙲𝚑𝚊𝚒𝚛𝚖𝚊𝚗 𝙼𝚎𝚘𝚠

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Joined 2 years ago
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Cake day: August 16th, 2023





  • The point is that the correct response to an accusation of the usage of human shields is not pedantry. When there’s multiple documented cases of this happening, the correct response is not singling out specific examples that in spirit is still the usage of human shields but following some specific definition technically might not count. This serves no purpose other than to derail the conversation into pendantry.

    You also made a logic error: according to you, the IDF wouldn’t use human shields because Hamas already does. And you reason that this must mean Hamas does not care if civilians die. But the entire point of human shields is that it makes it impossible to do certain military operations because it would kill civilians. The end result with this strategy isn’t dead civilians, it hinges on the civilians staying alive (and thus your military is too). Hamas doesn’t employ this strategy to get civilians killed, they do it to protect their operations. That exact same motivation could work for the IDF too.

    The crimes that the IDF are accused of also in no way compare to what’s been happening in Ukraine. By making these comparisons you seem to be trying to minimize what the IDF is doing, which in effect defends the IDF.

    If that’s not your intention, then stop and reflect carefully on what your comments actually contribute to the conversation. What you name the crime isn’t what’s important here, it’s the crime itself.










  • We’re solving for the same problem. There is no path where nuclear is the most cost-effective solution.

    If money is no concern, the fastest, most certain-to-succeed solution is mass-mining for battery materials, massive investment in things like sodium-based batteries and a huge investment in battery production capabilities. Scaling up solar provides the power, the batteries provide the storage. That results in net zero.

    Nuclear takes decades to build. “Reactivating” Germany’s old and derelict reactors beyond their shelf life is dangerous and doing it safely is probably about as fast as building a new, higher capacity reactor. Which is to say, it’s very, very slow. And even then, you’d need dozens if not hundreds of reactors to meet the total power demand (France alone has 50+). There’s geopolitical concerns too, as reactors run on fuel that is not available in most of the world, some of the highest producing countries are either Russia or firmly in their backyard. IIRC Canada and Australia also produce a bit but not enough.

    And then there’s the fact that we do not have nearly enough qualified people to build and run all these nuclear reactors. Meanwhile installing solar panels and battery packs is comparatively dead simple, and we have plenty of people who can do it.

    Nuclear simply produces less MW per penny invested than renewables do. It’s slower to build. The “option C” as you present doesn’t work, because it implies an option D: 4MW of clean power, with no dirty MW after X years, for 4X money. The total carbon emitted is simply lower if nuclear is skipped and renewables are prioritised instead.

    Remember as well, that nuclear only starts producing once it’s fully done. Renewables we can add to the mix today. Every MW of dirty energy saved now has a cumulative effect on the total emitted carbon.


  • No, this is not the case. The alternative for on-demand is batteries, not nuclear. Building sufficient battery capacity is often already cheaper than nuclear and by the time a nuclear reactor is finished building it’s guaranteed to be much cheaper. Nuclear is also terrible at being on-demand: it’s extremely expensive to shut off and restart, and pretty slow at it too. That means that it has to compete with cheap renewable energy at peak hours, which it easily loses. So you’d either have to subsidize it to keep it open, or force people to buy nuclear power which makes power more expensive (see France which has to subsidize the reactors, requires people to buy that power and as a result is constantly having to subsidize the people’s electricity bills too, covering a part of it. It costs the French government billions every year).

    Nuclear also doesn’t help to get you off coal and gas quickly. It’s extremely slow to adopt.

    Economic considerations are important. If you get can 1MW of clean power for X money, or 2MW instead, which is best to use? Less money spent per green MW means more green MWs in total.

    For the environment, it’s likely best (eg lowest total emissions) to invest in renewables and storage, and to fill up the gaps during this adoption with gas. Gas is not great but it’s much better than coal, it’s great at on-demand scaling and it’s pretty cheap. This frees up enough money to keep investing in renewables which accelerates adoption.







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