Founder of European Graphic Novels, Aug '23 on Lemm.ee.

« On se repose d’un effort en s’en livrant à un autre. » Cela vaut aussi pour la gestion de la douleur chronique, comme je l’ai découvert…

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Cake day: June 11th, 2025

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  • As a huge fan of Campbell’s work, I want to hate you with the hate of 10K suns! And yet, reality is reality. Science is what it is IMO, and if I’m wrong, then I’m wrong. (oof)

    That said, however, I wonder if the alleged ‘takedowns’ of Campbell’s work aren’t a bit invested upon the desire to believe. And one thing that I know for sure, however wrong Joe could arguably be about this or that, he was also absolutely correct upon a bunch of other stuff. About our Naked Ape chronic desire to believe, and the way we all tend to invent shockingly similar mythos. In order to meet the needs of our chronic insecurity, that is, and we are absolutely LOADED with such insecurities.

    So as I see it, you can tear down Campbell’s work upon this or that angle, and yet it would be a fool’s errand to try to erase his main point, and he has many of those, after all…



  • Carbon capture technology was always some kind of excuse that execs had to pollute today because we could theoretically fix it in the future.

    You’re exaggerating. While that’s true, and fits a pattern of such executive / corporate behavior, there’s more to it from what I know. That is, various science researchers around the world really have been studying CC tech as a potential helper to mitigation, if not as a primary solution. That goes back to the late 70’s if I understand correctly.

    And carbon isn’t our only problem. Methane is a way worse greenhouse gas, and we keep releasing it to the atmosphere because it’s cheaper than trying to control it.

    Last I recall, methane is ~20x more potent than CO2 in the GH effect, and arguably represents one of the more potent tipping points.

    Even if we stopped producing CO2 tomorrow, and suddenly enough carbon capture facilities to capture carbon at the same rate we were releasing it appeared, it would still take decades to make a meaningful change.

    My original point was about if CC tech could make a dramatic difference in the CO2 we’ve already placed in the atmosphere. Not just do a ‘working offset.’ I think that still presents problems in mitigation, I’m just not sure why from a science standpoint.


















  • Generally catastrophic failures happen when a battery is damaged

    I’m not a chemist or ‘battery scientist,’ but I understand that Li+ ion cells can indeed be heavily damaged without showing any outward traces of such. That is, internal filaments can build up over time, and a damaged cell can be at risk when charging (as you note above, I believe).

    That said, there may be associated swelling that tends to indicate such damage, but I’m not sure that’s always true. A cell with a cheaply-made casing would be a combined risk.