• 2 Posts
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Joined 3 年前
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Cake day: 2023年7月16日

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  • I think it depends on volume.

    Once or twice a year for arguably not too major things is better than never, because it helps test the system and people won’t get overwhelmed by 1 or 2 alerts a year. Like a fire drill, but maybe slightly more useful since it actually is providing some actual info hopefully.

    If they concider firing off more than that, they need to start raising the bar so that they don’t (excepting the emergency action requirement you laid out, obviously if bombs are dropping then regular alerts are justified)





  • That’s true regardless, batteries will never power intercontinental wide-bodies (short some major new developments in battery design). This will probably reduce the maximum aircraft size where batteries remain viable, but they are obviously very viable for short hops in small jets, the point where they cannot compete is somewhere but it’s not “never”, even with this limitation.

    That all said, maybe someone will explore just dropping batteries along the way? It sounds ridiculous, but it also sounds like something we have the tech to solve…









  • Better solutions have always and will always exist, but they cost more to implement.

    Piping grey water to a data center either means placing it somewhere with an appropriate pipe with appropriate filtration performed, or building a new pipe/filtration. Drinking water in comparison is easily accessible anywhere. They don’t care about the impact or even the per unit cost, they just want to build on the cheap and take advantage of local infrastructure, and they figure in this ai boom the actual running costs are irrelevant because ai companies will pay for anything that works, efficiency be damned



  • Yes, it varies a lot. But by and large cases where robots wildly outperform humans were automated decades ago, because the obvious benefits justified the cost and complexity of either building a bespoke robot or programming one to do the job well (all those robot arms you imagine swinging doors into place at the car factory)

    The cases left over (and discussed here) are either requiring a level of flexibility that older designs of robot couldn’t handle, or where humans were pretty efficient at anyway, so the complex process of prepping a robot wasn’t justified.

    But a robot that can be taught without programming (by any worker or their supervisor), and slots straight into an existing human-shaped hole? That could massively reduce the upfront cost, especially if economies of scale make the robot itself cheaper. possibly to the point that the robot could be worse at the job than a human and still be cheaper in the long run.