it's self evident isn't it - such a consciousness has never existed, one existing would be by the fact of existing be weird

Why it's weird? Seems obvious. Because it doesn't behave any differently than any other process that we don't think of as conscious. We don't think of a valve as conscious; and if we make a Rube Goldberg machine valve, we don't think of it as more conscious. It's just a series of valves that do a predictable thing.

I don't think it's defensible to say

1) that a transistor isn't conscious,

2) that a bunch of transistors that I've wired together aren't conscious, because I know how I've wired them together and therefore I know when I give them a particular input I will get a particular output, just like the single transistor, then go to

3) that I have a bunch of transistors that I've wired together, but I put in so much input that I can't remember exactly what I've put in, plus I've wired some of the transistors to output random numbers that would be difficult to guess and fed them in also, therefore I don't know what will come out, are conscious.

Even if I do accept this, if I take away the random number generator, and I can literally predict what can come out (by running a test in advance), and I still considered that consciousness, that would be odd. The only reason why I ever suspected consciousness was because I couldn't predict the output. I shouldn't even have accepted that, because I didn't think of the random number generator as conscious. [edit: of course, with the same seed the random number generator would have the same oddness.]

It seems a bit like an argument from ignorance, a theological argument. Not understanding how something moves makes it alive (animated by spirits.) But it's even weirder to assign it metaphysical qualities when you built every single element of it with the goal to do the thing that it does, and it does it totally predictably and deterministically.

The randomness is something we add on purpose; you can set an LLM's "temperature" to 0 to get deterministic output. This tends to make the quality of its responses worse for reasons I don't think anyone really understands, but it's still functional.

I don't think the state of the art LLM providers let you do this anymore (?), but they certainly could if they wanted to, and you can do it yourself with a local model.

By default they are matrix multiplications. Temperature is added in as forced PRNG because testing found that correlated with better outputs.

Given the same prompts and the same weights, one can get the same answer each time.

In practice, there are a number of optimizations that makes the results dependent upon thing we give up control of to increase performance, meaning the results end up being effectively non-deterministic. But, if you are willing to run it in a slower mode so we don't do some steps out of order to speed things up and don't batch results (or if you consider the determinism of a given batch of requests rather than individual requests), then the same input gets the same output.

Naw - computers are really deterministic. It's hard to get them to behave otherwise.

As I understand it, if you turn down the temperature to 0 you get repeatable behavior - EXCEPT - on large servers with lots of users - the GPU can sometimes produce slightly different results based on batch size.

Same weights, same seed, same input tokens, same algorithm, same output tokens, probabilistic or not. Quantum effects have been de-noised, but I guess there are still random gamma rays.

You know, the one really interesting dynamic domain is chaotic, which is a subdomain of the deterministic! I figure free will is a chaotic phenomenon.

Groundhog day is your intuition pump here. Go back in time and most assume that the day will go mostly the same, except for the butterfly effect if you change something. Given exactly the same conditions (we went back in time, so that's pretty exact), people will make the same decisions.

Most people don't assume that the day will be completely different the next time loop. The town won't suddenly spontaneously all start breakdancing or standing on their heads.

(Edit: The murderer is the one who -given the same/similar conditions- will murder again. I'd politely suggest maybe we put them behind bars as a precaution against that; until/unless they learn to act differently. )

(Edit 2: Throw in stochasticity and this actually tends to smooth out chaotic systems. This is counter-intuitive! People's brains break on Evolution in the same way. Meanwhile somehow folks intuit birdshot without difficulty; which is weird!)

I think this debate is rooted in our instinctual beliefs about fairness. An organism in a social group needs to decide how to react to the brutish behavior of its peers. And so Mother Nature has encoded a good strategy in our brains. (For example, dogs seem to understand fairness.)

But this only means the strategy is practical - it doesn't mean it's consistent. I think "responsibility" falls into this category. So we have strong intuitions about it that don't quite logically work. And this is where free will and determinism and choice and punishment all crash together.