Even dumb viruses have caused catastrophic harm. Why? It’s capable of rapid self replication in a massive number of existing vessels. You add in some intelligence, vast store of knowledge, huge bandwidth, and some aid by malicious human actors, what could such a group of future autonomous agents do?
More on the risks of “doom”: https://www.lesswrong.com/posts/xWMqsvHapP3nwdSW8/my-views-o...
This is hardly the first time in history a new technological advancement may be used for nefarious purposes.
It’s a discussion worth having as AI advances but if [insert evil actor] wants to cause harm there are many cheaper and easier ways to do this right now.
To come out and say we need government regulation today does stink at least a little bit of protectionism as practically speaking the “most evil actors” would not adhere to whatever is being proposed, but this would impact the competitive landscape and the corporations yelling the loudest right now have the most to gain, perhaps coincidence but worth questioning.
Short-term AI risk likely comes from a mix of malicious intent and further autonomy that causes harm the perpetrators did not expect. In the longer run, there is a good chance of real autonomy and completely unexpected behaviors from AI.
AI autonomy is a hypothetical existential risk, especially in the short term. There are many non-hypothetical existential risks including actual nuclear proliferation and escalating great power conflicts happening right now.
Again my point being that this is an important discussion but appears overly dramatized, just like there are people screaming doomsday there are also equally qualified people (like Yann LeCun) screaming BS.
But let’s entertain this for a second, can you posit a hypothetical where in the short term a nefarious actor can abuse AI or autonomy results in harm? How does this compare to non-AI alternatives for causing harm?
That's what interesting to me. People fearmongering about bioengineering and GMO's were generally dismissed as being anti-science and holding humankind back (or worse, that there opposition to progress meant they had blood on their hands). Yet many of the people who mocked them proved themselves to be even more dogmatic and apocalyptic, while being much closer to influencing regulations. And the technology they're fear-mongering about is even further from being able to harm people than biotech is. We are actually able to create harmful biotech today if we want; we don't know when we'll ever be able to create AGI, and if it would even pose a danger if we did.
This mentality - "there could be a slight chance research into this could eventually lead to apocalyptic technology, no I don't have any idea how but the danger is so great we need a lot of regulation" - would severely harm scientific growth if we applied it consistently. Of course everyone is going to say "the technology I'm afraid of is _actually_ dangerous, the technology they're afraid if isn't." But we honestly have no clue when we're talking about technology that we have no idea how to create at the moment.
In fact, what you and GP wrote is baffling to me. The way I see it, biotech is stupidly obviously self-evidently dangerous, because let's look at the facts:
- Genetic engineering gets easier and cheaper and more "democratized"; in the last 10 years, the basics were already accessible to motivated schools and individual hobbyists;
- We already know enough, with knowledge accessible at the hobbyist level, to know how to mix and match stuff and get creative - see "synthetic biology";
- The substrate we're working with is self-replicating molecular nanotechnology; more than that, it's usually exactly the type that makes people get sick - bacteria (because they're most versatile nanobots) and viruses (because they're natural code injection systems).
Above is the "inside view"; for "outside view", I'll just say this: the fact that "lab leak" hypothesis of COVID-19 was (or still is?) considered to be one of the most likely explanations for the pandemics already tells you that the threat is real, and consequences are dire.
I don't know how can you possibly look at that and conclude "nah, not dangerous, needs to be democratized so the Evil Elites don't hoard it all".
There must be some kind of inverse "just world fallacy" fallacy of blaming everything on evil elites and 1%-ers that are Out To Get Us. Or maybe it's just another flavor of the NWO conspiracy thinking, except instead the Bildenbergs and the Jews its Musk, Bezos and the tech companies.
Same is, IMHO, with AI. Except that one is more dangerous because it's a technology-using technology - that is, where e.g. accidentally or intentionally engineered pathogens could destroy civilization directly, AI could do it by using engineered pathogens - or nukes, or mass manipulation, or targeted manipulation, or ... countless other things.
EDIT:
And if you ask "why, if it's really so easy to access and dangerous, we haven't already been killed by engineered pathogens?", the answer is a combination of:
1. vast majority of people not bearing ill intent;
2. vast majority of people being not interested and not able to perform (yet!) this kind of "nerdy thing";
3. a lot of policing and regulatory attention given to laboratories and companies playing with anything that could self-replicate and spread rapidly;
4. well-developed policies and capacity for dealing with bio threats (read: infectious diseases, and diseases in general);
5. this being still new enough that the dangerous and the careless don't have an easy way to do what in theory they already could.
Note that despite 4. (and 3., if you consider "lab leak" a likely possibility), COVID-19 almost brought the world down.
> Are we? This seems a bit dramatic for LLMs.
The signed statement isn't about just LLMs in much the same way that "animal" doesn't just mean "homo sapiens"
Semantics aside the recent interest in AI risk was clearly stimulated by LLMs and the camp that believes this is the path to AGI which may or may not be true depending who you ask.
They've both been loudly concerned about optimisers doing over-optimisation, and society having a Nash equilibrium where everyone's using them as hard as possible regardless of errors, since before it was cool.
I don’t think it’s a mischaracterization to say OpenAI has sparked public debate on this topic.
A paper titled "Dual use of artificial-intelligence-powered drug discovery" (published last year) got a few angst pieces and is mostly forgotten by the general public and media so far as I can tell; but the people behind it both talked directly to regulators and other labs to help advise them how many other precursor chemicals were now potential threats, and also went onto the usual podcasts and other public forums to raise awareness of the risk to other AI researchers.
The story behind that was "ugh, they want us to think about risks… what if we ask it to find dangerous chemicals instead of safe ones? *overnight* oh no!"
Whenever Yudkowsky comes up on my Twitter feed I'm left with an impression that I'm not going to have any more luck conversing AI with those in his orbit than I am discussing the rapture with a fundamentalist Christian. For example, the following Tweet[1]. If a person believes this is from a deep thinker that should be taken very seriously rather than an unhinged nutcase, our worldviews are probably too far apart to ever reach a common understanding:
> Fools often misrepresent me as saying that superintelligence can do anything because magic. To clearly show this false, here's a concrete list of stuff I expect superintelligence can or can't do:
> - FTL (faster than light) travel: DEFINITE NO
> - Find some hack for going >50 OOM past the amount of computation that naive calculations of available negentropy would suggest is possible within our local volume: PROBABLE NO
> - Validly prove in first-order arithmetic that 1 + 1 = 5: DEFINITE NO
> - Prove a contradiction from Zermelo-Frankel set theory: PROBABLE NO
> - Using current human technology, synthesize a normal virus (meaning it has to reproduce itself inside human cells and is built of conventional bio materials) that infects over 50% of the world population within a month: YES
> (note, this is not meant as an argument, this is meant as a concrete counterexample to people who claim 'lol doomers think AI can do anything just because its smart' showing that I rather have some particular model of what I roughly wildly guess to be a superintelligence's capability level)
> - Using current human technology, synthesize a normal virus that infects 90% of Earth within an hour: NO
> - Write a secure operating system on the first try, zero errors, no debugging phase, assuming away Meltdown-style hardware vulnerabilities in the chips: DEFINITE YES
> - Write a secure operating system for actual modern hardware, on the first pass: YES
> - Train an AI system with capability at least equivalent to GPT-4, from the same dataset GPT-4 used, starting from at most 50K of Python code, using 1000x less compute than was used to train GPT-4: YES
> - Starting from current human tech, bootstrap to nanotechnology in a week: YES
> - Starting from current human tech, bootstrap to nanotechnology in an hour: GOSH WOW IDK, I DON'T ACTUALLY KNOW HOW, BUT DON'T WANT TO CLAIM I CAN SEE ALL PATHWAYS, THIS ONE IS REALLY HARD FOR ME TO CALL, BRAIN LEGIT DOESN'T FEEL GOOD BETTING EITHER WAY, CALL IT 50:50??
> - Starting from current human tech and from the inside of a computer, bootstrap to nanotechnology in a minute: PROBABLE NO, EVEN IF A MINUTE IS LIKE 20 SUBJECTIVE YEARS TO THE SI
> - Bootstrap to nanotechnology via a clean called shot: all the molecular interactions go as predicted the first time, no error-correction rounds needed: PROBABLY YES but please note this is not any kind of necessary assumption because It could just build Its own fucking lab, get back the observations, and do a debugging round; and none of the processes there intrinsically need to run at the speed of humans taking hourly bathroom breaks, it can happen at the speed of protein chemistry and electronics. Please consider asking for 6 seconds how a superintelligence might possibly overcome such incredible obstacles of 'I think you need a positive nonzero number of observations', for example, by doing a few observations, and then further asking yourself if those observations absolutely have to be slow like a sloth
> - Bootstrap to nanotechnology by any means including a non-called shot where the SI designs more possible proteins than It needs to handle some of the less certain cases, and gets back some preliminary observations about how they interacted in a liquid medium, before it actually puts together the wetware lab on round 2: YES
(The Tweet goes on, you can read the rest of it at the link below, but that should give you the gist.)
[1] https://twitter.com/ESYudkowsky/status/1658616828741160960
I don't have twitter and I agree his tweets have an aura of lunacy, which is a shame as he's quite a lot better as a long-form writer. (Though I will assume his long-form writings about quantum mechanics is as bad as everyone else unless a physicist vouches for them).
But, despite that, I don't understand why you chose that specific example — how is giving a list of what he thinks an AI probably can and can't do, in the context of trying to reduce risks because he thinks loosing is the default, similar to a fundamentalist Christian who wants to immanentize the eschaton because the idea the good guys might lose when God is on their side is genuinely beyond comprehension?
I know the Stanford researchers the most and the “biggest names” in LLMs from HAI and CRFM are absent. It would be useful to have their perspective as well.
I’d throw MetaAI in the mix as well.
Merely pointing out that healthy skepticism here is not entirely unwarranted.
> We’re talking about nuclear war level risks here.
Are we? This seems a bit dramatic for LLMs.