It's another application of advanced technology appearing to be magic, but imagine transitioning into it in a matter of hours, then with that advanced tech transitioning further into damn-near godhood within minutes.
Then imagine what happens in the second after that.
It may be operating within the boundaries of physics, but they would be physical rules well beyond our understanding and may even be infinite by our own limited definition of physics.
That's the curve.
Hardware is a bottleneck. Better hardware can't be designed, manufactured and installed in minutes.
You can't just infinitely improve software sitting on the same hardware. At some point the software is as efficient as it can possibly be. And realistically a complex piece of software won't be close to optimal.
You people love dreaming up possibilities but you never stop to actually think about the limitations. You just assume everything will work out magically and satisfy your fantasy.
So singularity people think 2 fallacies:
1. That it is possible to write an exponential function that somehow scales to asymptotic
2. That it is possible to write software that is so energy efficient that its output somehow exceeds the power draw
1 can be redefined to say "effectively" vertical. Ok. Cool motive, not a singularity.
2 can be handled by pumping more and more power in to the machine and building new nuclear plants to do so. This is what Microsoft is doing today.
Yes you can. The Cloud.
Are we sure things like biology, or heck, even the universe as a whole and its parts, aren't "glorified x thing"? Can't we apply this argument to just about anything?
As for the prompt(s), to use such a limiting term, they could as well come from a self-reinforcing loop that starts when we're born and is influenced by external stimuli.
I could be wildly off base, but seeing many of the (often heated) arguments made about what AI is or isn't or should or could be, it makes me wonder.
Although we're certainly making a lot of progress on other aspects of intelligence.
And then there's all the talk of a singularity in innovation or progress that to me betrays a lack of understanding of what the word singularity means, and a lack of understanding of the limits of knowledge and progress.
It seems to me that on one extreme there are people easily anthropomorphising advanced computing and on the other extreme there are people trivializing it with sentences like "glorified x thing". This time around it's "glorified autocorrect" and its derivations. It's always something that glorifies another artificial thing, and I suspect that if and when we will have recreated the human brain, or heck, another human, it will still be a "glorified x thing".
As 0x0203 said, maybe it is to be ascribed to the religious substrate that takes offence at anything that arrogantly tries to resemble the living creatures made by God, or God himself.
I use LLMs regularly in my job - many times a day - and I suspect you haven't used them much if you think this.
They're relevant to the singularity discussion though, because they already give a taste of what superhuman intelligence could look like.
ChatGPT, for example, is objectively superhuman in many ways, despite its significant limitations. Once systems like this are more integrated with the outside world and able to learn more directly from feedback, we'll get an even bigger leap forward.
Dismissing this as "glorified autocorrect" is extremely far off base.
But so is a car.
ChatGPT is mostly superhuman in its ability to draw upon enormous numbers of existing sources. It's not superhuman, or even human, in terms of logic, reasoning, or inventing something truly new.
I admit looking at the 100 years before 1993, it looks like innovation is constantly speeding up, but even then there's not going to be a moment that we suddenly have infinite knowledge. There's no such thing as infinite knowledge; it's still bound by physical limits. It still takes time and resources to actually do something with it.
And if you look at the past 30 years, it doesn't really look like innovation is speeding up at all. There is plenty of innovation, but is it happening at an ever faster pace? I don't see it. Not to mention that much of it is hype and fashion, and not really fundamentally new. Even AI progress is driven mostly by faster hardware and more data, and not really fundamentally new technologies.
And that's not even getting into the science crisis: lots of science is not really reproducible. And while LLMs are certainly an exciting new technology, it's not at all clear that they're really more than a glorified autocorrect.
So I'm extremely skeptical about those singularity ideas. It's an exciting SciFi idea, but I don't think it's true. And certainly not within the next 30 years.