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Joined 1 year ago
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Cake day: August 8th, 2023

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  • I didn’t, but only through luck. If we weren’t lucky, I would have had to kill them, or more likely I would have had to try to.

    Apparently since I don’t approve of killing people I have to list all the incountable ways that you can deal with all kinds of negative confrontations without resorting to literally killing someone.

    Please, do tell me how I could have managed to deal with multiple drunk guys cornering and trying to beat/stab us to death.

    This has been a very stupid day defending the most basic idea that maybe we shouldn’t just kill people and maybe we shouldn’t fantasize about killing people.

    I think what’s even more stupid, is coming into a community of vulnerable people, and telling them that by defending themselves from aggressors makes them bad people, that they’ll have blood on their hands and they won’t be able to live with themselves.

    I honestly think you’re either one of two things: You’re either an alt right troll, or worse, you’re someone who thinks themselves an ally, but has absolutely zero practical experience in the matter.

    I mean anyone who says the following:

    If self defense was really the goal why didn’t the father gift their child a bullet proof vest or a shield or pepper spray or a taser or any other of the myriad options that exist in the real world to defend yourself from attackers?

    Is either trolling, or unintentionally trying to get people killed through bad advice.

    Either way, you’re helping the regressives, not us.


  • If in the act of defending yourself, you kill somebody, is that objectively a good righteous thing? Is that not a bloody stain on the world? Will there not be blood on your hands?

    What is your alternative then? Let’s hear it.

    If some transphobe/homophobe/racist/etc corners me and my family/friends (again), what should I do according to you? I’m curious.












  • This is exactly correct, except you’re also not accounting for the insane amount of computational power that would be necessary to backtrack a single output of a single model. This is why it is a black box. It simply is not possible on a meaningful level.

    It’s not practical, but it can be done. We simple don’t have the time or inclination to do it.

    It’s like like saying we don’t understand how an internal combustion engine works. Every explosion is a bit different, it pushes the pistons a bit less or more, it leaves a bit more or less residue in different places. We can’t backtrack and check every cycle and every part on a meaningful level, but we understand of it works, and we could do it if we wanted to. It’s just not practical.

    As an example from my field: if you damage the dorsolateral prefrontal cortex in a fully grown adult, they will have the impulse control of a three-year old. We know this because we have observed damage to this area in multiple individuals, and can measure the effects based on the severity of that damage.

    Okay so explain how sudden savant syndrome works. Step by step, biochemical process by biochemical process.

    In contrast, if you provide the same billion-parameter neural network identical inputs, you will not receive identical outputs.

    If you take the same model, put it in a VM, give it an input, get an output and the restore the VM to the exact same state before and ensure there’s no randomness, the model will give you same output.


  • Again, we have the input, we have the math and code that make it work, we have the weights, we have everything.

    Would it take a lot of time to backtrack and check why we got a given output to an input? Yes, maybe an inordinate amount of time. But it can be done. It’s only black box because nobody has the time (likely years to decades) to wade through the layers of a finished model to check every node and weight.

    The whole thing at its core is mathematics. It’s a series of steps, that can be listed and reviewed each step of the way if we wanted. It’s just that if would take too much time.

    If what you said were true, we couldn’t reproduce models. And since we can…

    It isn’t an exact science, however.

    So if math and computer science isn’t an exact science, what is?


  • We know the input, we can set the model to save the weight in checkpoints during training and can view them any time, and we can see weights of the finished model, and we can see the code.

    If what you said about LLMs being completely black box were true, we wouldn’t be able to reproduce models, and each model would be unique.

    But we can control every step of the training process, and we can reproduce not just the finished model, but the model at every single step during training.

    We created the math, we created the training sets, we created the code and we can see and modify the weights and any other property of the model.

    What exactly do we not understand?