• 2 Posts
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Joined 2 years ago
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Cake day: October 6th, 2023

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  • Wow, way to completely ignore the content of the comment you’re replying to. Clearly, some are better than others… so, how do the others perform? It’s worth knowing before we make assertions.

    The excerpt they quoted said:

    “Gemini performed worst with significant issues in 76% of responses, more than double the other assistants, largely due to its poor sourcing performance.”

    So that implies that “the other assistants” performed more than twice as well, so presumably that means encountering serious issues less than 38% of the time (still not great, but better). But they said “more than double the other assistants”, does that mean double the rate of one of the others or double the average of the others? If it’s an average it would mean that some models probably performed better, while others performed worse.

    This was the point, what was reported was insufficient information.









  • These are exactly the kind of concerns citizens should have in a free democracy because that’s how you keep your democracy free.

    I do hear you, and I know, and I agree… It’s just that I always expected to fight against the slow creep of totalitarianism. I expected to have to look out for veiled threats, or hidden signs of tyranny. I never expected to face overt, blatant totalitarianism. I never expected the US president to openly endorse white nationalist organizations. I never expected so much of the public to be on board with what are so clearly unethical policies, with an administration that closely mimics the rise of the Nazi party…

    If politics is a tug of war, I expected to have to constantly pull in the right direction, I didn’t expect the other side to light the rope on fire.










  • Also also: this isn’t just photons, everything is like this. It may not align with how we observe things on a microscopic scale, but this is fundamentally how the universe works.

    Wow, I think this answered my question before I asked it. So yeah, I was wondering about that double slit experiment, I’ve seen it demonstrated with photons and visible light, but do the principles demonstrated by the experiment actually apply to other particles? In the right environments, do atoms behave similarly?


  • Per the law of conservation of energy, it takes a specific amount of energy to lift an object of a given weight a given height

    That of course leads to another problem for people with super strength… heat dissipation. If someone were to lift something as massive as a train car, the amount of heat generated by that persons muscles would be proportionate to the mass they’re lifting. Unfortunately, they’ll be expending massive amounts of energy, without a proportional amount of surface area, so the potential for heat dissipation is comparatively quite small.

    My conclusion: any character with super strength would probably unintentionally also have the human torch’s iconic power. Depending on the character, they may only be able to do this once…