He/Him Jack of all trades, master of none

Proudly banned from lemmy.ml for being critical of the CCP

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Joined 2 years ago
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Cake day: August 10th, 2023

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  • People really don’t seem to understand that video game prices have not kept up with inflation. It’s why I didn’t bat an eye at spending $70 on Baldur’s Gate 3 despite the original costing like $50. When you account for inflation, it’s actually cheaper.

    That said, I avoid Nintendo on principle. Refusing to sell old games so that they can use people who pirate them is ghoulish and inhuman. As long as Gary Bowser is forced to pay them, I never will.









  • This is a salient point that’s well worth discussing. We should not be training large language models on any supposedly factual information that people put out. It’s super easy to call out a bad research study and have it retracted. But you can’t just explain to an AI that that study was wrong, you have to completely retrain it every time. Exacerbating this issue is the way that people tend to view large language models as somehow objective describers of reality, because they’re synthetic and emotionless. In truth, an AI holds exactly the same biases as the people who put together the data it was trained on.







  • A lot of people think that to get to orbit, you just go up. That’s partially true, but in reality you go up to get out of the atmosphere, and then go sideways really, really fast.

    Imagine throwing a ball in the air. If you throw it straight up, then no matter how high you throw it, it just comes back down. Now imagine throwing it across the room. It falls in a curved arc, right? Now imagine throwing it so fast that it goes past the horizon. That curved arc is still there, and it’s much longer now.

    Now imagine throwing it so hard that it not only goes past the horizon, it actually never hits the earth in the first place. That’s an orbit! Of course, the earth has an atmosphere, so it would slow down because of aerodynamic drag. That’s why we send rockets way upward—to get out of the air.

    So a satellite in orbit is literally just falling constantly, but because it’s going so fast, it’s always missing the earth. It’s for this reason that an astronaut can’t “fall off of” the space station. They’re moving just as fast as the station is, and so even if they pushed themselves off of it, they would remain in orbit.