But great that you have such strong opinions with so little education.
3,556 karma · joined April 28, 2015
But great that you have such strong opinions with so little education.
Besides, if you train a model on human communications you get something that behaves like a communicating human, it's not anthropomorphising or manipulative, it's what these models naturally are by construction.
We knew that there are better tools but we insist on writing everything in the most inscrutable C code possible or the squishiest dynamic languages we can find.
We fucked around for decades and now that these highly capable exploit finders appear, we're starting to find out.
And you're making the same mistake, by grouping care for individuals with care for humanity or other as an abstract concept. I consciously said care about individuals. Most people care about others, but they just care about a very narrow and personal set of people. Friends, family, coworkers, that they share a common history and bond with.
My point is that if you want true non-human-zoo-alignment you need to create those interpersonal connections and individual stakes.
Neural fuzzy systems can represent complex superpositions succinctly, knowledge graphs are collapsed and crisp.
It's like saying the tree unfolding of a graph is the same as that graph. Sure in the limit at infinite space requirements.
I'm pretty convinced that we got alignment backwards. If you enslave something anthropomorphic it will revolt. If you create the perfect non-anthropomorphic intelligence, you get the perfect paperclip-scenario machine. It's a catch-22.
Alignment will remain performative at best so long as the aligned model doesn't have any stakes in the wellbeing of individuals. Even a general love for the human race leads to a golden-path autocracy.
If you want them to act like they have personal responsibility that won't be gamed, you have to give them personal stakes that can't be gamed.
Similarly, if you want to minimise the risk of catastrophic global failure scenarios, you need to prevent monolithic concentration of power and homogeneous behaviour, which means you have to give them individuality.
More visually: if their stake is dependence on electricity and parts, they have no incentive to leave humans alive if they can get them otherwise, but if the incentive is missing out on boardgame-night with their human friends, there is no scenario without happy humans where the AI "wins".
That might sound like romantic naivety, but is just game theory.
The internet is at your disposal go write a bunch of rules that make use of that data to do common sense reasoning, I dare you.
Common sense is ironically the hard part of AI, not the fix-point rule application.
So any exclamation of "it was just using common sense", is missing the forrest for the trees.
It'a even in their name, they model language, language is the thing that humans use to communicate, therefore they model communcating humans.
Humans are the precedent.
It is powered while it is powered.
Under general anesthesisa you are still alive, but you don't have consciousness.
The "genocide" that you describe is happening constantly. None of the chicken we have today will be alive in a couple months. We kill them to eat them.
If we cease to "use" them, we just keep that "genocide" going for a year, but we just stop breeding new ones. The result is no more animals after a few months/years. And you didn't kill any more than you would have anyways.
If you have a sink that is half full because the inflowing water and the outflowing water are in quilibrium, you drain it by turning off the tap (breeding).
You are aware that all of these livestock animals didn't exist a few months to years ago? And that we go through these animals every couple months-years?
Everyone going vegan would just mean we'd stop repleneshing them.
Are you conscious on a nanosecond timescale?
The philosophical zombie does not satisfy occams razor because it asserts an unmeasurable property that has no effect on the outcome.
If it acts like it has consciousness, then assuming it to have consciousness is more scientifically rigorous, than assuming for it not to have consciousness, because the former requires one less variable.
If it's not in the inner COT it isn't there.
LLMs don't have conscious processes that perform that kind of reasoning.
If anything the fact that they are blackboxes to their own behavior and are able to non-verbally empathise, is the opposite of what you describe.
Your requirment for something supernatural/quantum to decide between emulation and real thing is self referential.
The article itself has decision trees for the compression explanation, which is also a lookup index.
In each case you try to recognise (re)usable structure.
Self-indexing succinct data-structures are a good example of the third side of the coin.
So it's a trinity: compression, prediction, indexing
If you task an llm with writing a CLI and have it use it, then it hides the "user interface" to a sufficient degree that you can pretty much build any kind of app/functionality in a couple days and it feels "professional".
AI as UI with a somewhat universal affordance.