Will this be true into the future? Who knows?! But the low-hanging fruit will be harvested by your ordinary ransomware gangs, and newly born/escaped AI won't find much low-hanging fruit.
1,158 karma · joined November 15, 2022
Will this be true into the future? Who knows?! But the low-hanging fruit will be harvested by your ordinary ransomware gangs, and newly born/escaped AI won't find much low-hanging fruit.
He thinks it's playing chess. When AGI lands, all bets are off: the game fundamentally changes. You can't predict past the singularity. Trying to engage with this fantasy is like a child saying my father can beat up your father. Farts in the wind. My AI can solve alignment faster than your AI can bioweapon us. My made up senario is better than your made up senario. It's fucking stupid.
2. 100%. Again, I'm no accelerationist: I have no faith in alignment/mech-interp ever being solved. Anyone saying they know the probability of alignment is lying. My point is that pdoom after RSI is _high variance_. Pdoom pre-RSI is zilch.
BTW I really, really hate discussing what happens post-singularity. Everything's made up and no one knows wtf will happen so again, this is just nerdfantasy.
2. This is literal AGI. An AI autonomously producing value no human can add alpha to is an autonomous company.
3. It's not my definition, it's literally the first line https://en.wikipedia.org/wiki/Technological_singularity "The technological singularity, often simply called the singularity,[1] is a hypothetical event in which technological growth accelerates beyond human control, producing unpredictable changes in human civilization."
Is there a hole in my "alignment problem/solve mechanistic interpretability" argument?
A valid hole in my argument is "what if slow takeoff", so let's dig into this. AI training works best on tasks that are "grindable". https://www.dwarkesh.com/p/the-next-paradigm I.E. tasks with verifiable rewards that can support millions of rollouts. Math (with Lean) is highly grindable. Biochemistry is not. The alignment problem/mech-interp is highly grindable. Cyber-ebola-pox is not. So the real question is: can we solve alignment before automated bio-weapons labs. I believe yes. Grinding mech-interp is both fast and cheap once you have RSI, compared to solving the legal/societal/logistical/technical issues you'll encounter building an automated bioweapons lab.
I know nothing for sure. But "pdoom" is sucking out all the air in the room from the real problems AI causes.
If my "millions" is an underestimate, why haven't other labs using their own unique training methods/data/etc stumbled into RSI? Sorry if I'm misunderstanding; I'm struggling to understand what you wrote.
I'm pretty sure we agree on humans being stupid, but that doesn't mean that suddenly we get human extinction. You gotta connect the dots for me here.
> it will come in the form of corporate feudalism
Yep. This I fear way more than cyber-ebola-pox.
> So all this really takes is one billionaire or a nation state...
https://en.wikipedia.org/wiki/Soviet_biological_weapons_prog... And this is what's publicly known. With mirror life, who knows what's been built since. Still, a bacterium/virus that has a 100% kill rate? I'm doubtful.
> Once the AI has access to a bank account and email, it can simply start paying humans to not let the other humans unplug it.
Nah. It takes a stable society for an operational electrical grid. If you have warring factions, you do not have stable infrastructure for AI. Also, where are you gonna get your chips from? One EMP over Taiwan... You see the chaos over Hormuz? What they did to the Amazon datacenters? Now imagine your average redneck ready to do battle. Those datacenters won't stand a chance.
I'm reading If Anyone Builds It Everyone Dies, and there's so much sheer stupidity that has to happen for their 10+ pages of extinction scenario to occur.
I'm unconvinced that an AI can hide its ability to RSI, find money to run its weights on a random GPU farm, train itself to be smarter _outside_ a lab with no human input, then somehow manipulate people to give it supplies to build a bioweapon which it uses to kill us all. My number 1 question: why do they think an RSI capable model would be first developed OUTSIDE a frontier lab? The labs have more compute, more data, more human brains working on the problem. Also thousands of variations of that same model that escaped. The escaping model somehow acquires the millions (billions???) of dollars it takes to run training to somehow RSI itself into infinity then decides to kill us all, all before the frontier labs manage to achieve RSI?
They entirely discount human alpha/economics. In every single economic task, humans bring value. Even in software, where the task is highly automatable, the job isn't. If we can't build a "software factory", how can an AI automate a bioweapons lab? Let's say AI steals crypto to fund itself. Do you think hackers aren't _already_ using AI to steal crypto? Don't discount human alpha!
Once we DO build a "software/research factory", that's called RSI and IMO the singularity. At that point, either we tell the AI to solve the alignment problem/solve mechanistic interpretability, or who the hell knows, it's the frickin singularity. You can't predict whether or not AI can solve either; the variance is too high. Its pure nerdfantasy.
https://grapheneos.social/@GrapheneOS/117282080803799576
> Google should not be gatekeeping security patches to the standard Android platform code from Android OEMs but that's what they've started doing.
The whole Android developer verification program controversy.
These 2 are the recent things that come to mind that are most adjacent to "power-abuse".
I'm not a doomer, but I'm trying to understand the perspective. Up to chapter 10, I'm still not convinced. There's too much hand-waving around what will happen. It's like: 1. AI smarter than us 2. ??? 3. We're dead. What happens in 2.?
I just got past the "extinction scenario" and I'm wildly unconvinced. I agree that AI can theoretically create a bioweapon. I'm unconvinced that an AI can hide its ability to RSI, find money to run its weights on a random GPU farm, train itself to be smarter _outside_ a lab with no human input, then somehow manipulate people to give it supplies to build a bioweapon which it uses to kill us all. I to believe that Yudkowsky was good at fanfiction; this senario did not demonstrate that. My number 1 question: why do they think an RSI capable model would be first developed OUTSIDE a frontier lab? The labs have more compute, more data, more human brains working on the problem. Also thousands of variations of that same model that escaped. The escaping model somehow acquires the millions of dollars it takes to run training to somehow RSI itself into infinity then decides to kill us all, all before the frontier labs manage to achieve RSI?
Come on.
Anyway. Finishing the book for completeness, but massively underwhelmed.
> you are either doing it for moral reasons
Or red meat isn't easily available or cheap in the place where you live? There are many reasons why red meat isn't in your digestive system that are outside "morals". Beef is literally at an all-time high in the US. https://www.macrotrends.net/3141/us-ground-beef-prices
Summary of this thread:
Me: 0.5 g of creatine is small
Other: No it isn't
Me: Citation please?
Other: no
Me: null hypothesis
You: Incorrect interpretation of null hypothesis
Me: Correction
You: "citations are bullshit"
There are many people who feel morally grey about eating meat yet still choose to do so. E.g. there are science-based discussions in plant-based-diet social media; relatively few plant-based diet discussions revolve around morality. Facts matter.
I agree that n=1 experiments are important and often _overrule_ any RCT for an _individual_. If that's your point, I _agree_. But you should say so instead of me trying to infer whatever it is you're arguing...? Is that even what you're saying?
The goalpost shifting is immense. All I wanted was a citation for 0.5g creatine being meaningful, and instead I get "facts are irrelevant", "citations are bullshit", and "morals".
(To be clear: I'm not saying that you're saying "facts are irrelevant"; I'm annoyed that you seem to think that _I'm_ arguing "facts are irrelevant". See this? This is me giving you grace. I would appreciate the same in kind.)
/me throws up arms
Vegetarian status is irrelevant.
> A null hypothesis is a default statistical assumption that states there is no real relationship, effect, or difference between variables or groups.
It is up to whoever to show that there _is_ a relationship. Hence me asking for a citation.
FYI the standard null hypothesis is that differences are not significant until shown otherwise. E.g. no doctor will prescribe 50mg metformin to a prediabetic even if it might have an effect; it will be physiologically meaningless.
> the numbers you are fixated on are for athletes or neurotropic nerds
If you have other numbers/studies to back "0.5g of creatine, I feel, is a useful amount", then I'm willing to "fixate" on those numbers.
A non-aggressive, curious question: can you give a citation for the "significant" health benefits of 0.5g creatine? That seems like quite a claim. (I'm reading "not insignificant" as "significant", perhaps a step too far?)
Note that there have also been brain benefits from creatine, but those have only been observed in ~20g/day studies (its not just athletic performance).
That's pretty insignificant. Does anyone really wanna eat 2.5lbs of beef every day for the usual dose of 5g?
Claude Cowork still can't persistently reference a local dir, broken ever since they moved to their cloud project system, breaking many non-technical people's workflows.
https://grapheneos.social/@GrapheneOS/117282080803799576
> Google should not be gatekeeping security patches to the standard Android platform code from Android OEMs but that's what they've started doing.
> The brief cited an internal memo dated January 2023 by Microsoft director of Applied Science Brent Hecht, where he allegedly said, “Millions of people around the world will soon consider large models ‘hoovering up’ all their work to be an astonishing theft of unprecedented proportions” and also called it “the largest theft of labor in human history.”
No need to add religion into this. Let MS employees write their emails. If anything, what he said a month after ChatGPT's release was prophetic.
I say this as literally the first HN comment to call them out on this.
Virtually everyone has AI slop in the commit history. No one's judging you for the commit history. Everyone's code smells, but the fact that you're ashamed/hiding it is... odd.
> there's a lot of personal info
You should know that force pushing doesn't hide actual commits; it's trivially viewable if someone just iterates https://github.com/bendlang/bend/activity?ref=main e.g. https://github.com/bendlang/bend/commit/d184863 so like... why bother.
...did they just squash the repo to 1 commit for v2.0.4? Why? Yall should know that in this age of AI trust is the real currency... and nuking your history is one hell of a way to raise eyebrows.
> Enjoy bug-free, fast vibe-coded apps! Hints: ask it to write laws for whatever should never break, and to parallelize everything you want running fast. Bend is young: if anything goes wrong, ask it to open an issue.
Emphasis mine. I don't want to be snarky but like... come on.
; Arm64
--- .NET 10
+++ .NET 11
@@ -13,8 +13,6 @@
ble G_M000_IG04
G_M000_IG03:
- cmp w1, w2
- bhs G_M000_IG05
str wzr, [x0, w1, UXTW #2]
G_M000_IG04:
@@ -25,4 +23,4 @@
bl CORINFO_HELP_RNGCHKFAIL
brk #0
-; Total bytes of code 68
+; Total bytes of code 60
I know C#/F# decently well, but is there any reason to actually pull out the ol textbooks and learn wtf the above is saying?I, too, tire of the constant YOU WROTE THIS WITH LLMs outrage. An incredible engineer dumped an ENORMOUS amount of technical knowledge at your feet, and you're commenting on the smell? Is that all you have to contribute?
I saw this too on the Ryan Carniato/SolidJS 2.0 announcement post. A world-class engineer makes a great blog post, and all the comments can focus on are the LLM-smells. Oh well. Any reason not to learn, I guess.
I'm willing to be wrong, but I'm just not seeing anything worth doomering over. There are multiple companies throwing AI at materials discovery; a research paper about a "data-driven framework" is about as unthreatening to my thesis as it gets. I'm willing to cede the point if say, Radical releases ~3 new materials that have commercial applicability and ~3x some useful metric e.g. tensile strength, but until then, to my amateur eye, it looks like AI+Real World is missing its ChatGPT moment.