this post was submitted on 01 Feb 2024
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Hurling ordure at the TREACLES, especially those closely related to LessWrong.
AI-Industrial-Complex grift is fine as long as it sufficiently relates to the AI doom from the TREACLES. (Though TechTakes may be more suitable.)
This is sneer club, not debate club. Unless it's amusing debate.
[Especially don't debate the race scientists, if any sneak in - we ban and delete them as unsuitable for the server.]
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Again, I'm not.
Right so fundamentally getting the ingredients for chem and bio warfare is objectively easier than fissile material. To dismiss them as the same implies you don't realize you almost certainly have the ingredients to make a substantial amount of chlorine gas sitting in your home right now.
Yes bio is a bit harder than that, but not as much as you might think. Anthrax is a common soil bacteria. Ricin from grain. Isolating specific bacteria takes time and is sloppy, sure, but doable in a garage. Not easy, not something we should simply brush off, either.
Ultimately, you're not going to be convinced. You want to paint something as the same ol false fear instead of a developing threat from genuine technological improvements that you are potentially not aware of. Oh well.
You can ramble about the politics of politicians and CBRN all day if you want, it won't be responding to the focused discussion I was having about the practicality of bio warfare though.
Look, if you want to understand where I’m coming from, I can give you - at a glance - the two sources I’ve already given: Alex Wellerstein Unrestricted Data and J.R. Ravetz “The Merger of Knowledge with Power”, specifically the two chapters cited (the Wellerstein chapter is “Unrestricted Data: New Challenges to the Cold War Secrecy Regime”. I would also urge you to check out Lisa Stampnitzky Disciplining Terror. The introduction to the Ravetz book is also a must-read, not just for this, but also for a general understanding of how scientific research at the industrial level serves political and sectoral interests of all kinds - this is not radical pamphleteering about “the politics of politicians” but real empirical work about the real conditions under which science is done.
Stampnitzky is extremely useful here for understanding how the word “terrorist” (or similar) functions in the sorts of papers you cite at the very top. “Terrorist” and “state actor” are political words, and the risks (supposedly) measured which are attached to the threats you describe are weighted by those words, not by the scientific words pertaining to technical capability. To say that “terrorists” might get hold of this or that technology is to say that a particular type of person (who may or may not exist) will get hold of that technical capacity and make use of it.
The point is, in fact, that technical capacity has almost nothing to do with the measurement of risk from terrorist acquisition of that technical capacity. The measurement of risk is locused pretty much exclusively around the type of person who poses a threat. That type of person is a construction of politics, not a scientifically neutral object term in which people with medical or physical science qualifications have any expertise whatsoever.
To put it extremely briefly, this means that when you come across papers by CBRN professionals assessing speculative risks, much of the work being done is being done at the behest of political projects which have their home in the defense industry, not in assessment of the mere technical capacities available to people at large. As we learn from Ravetz, speculative risk created such an enormous bubble during the Cold War that it is almost impossible to take those measured risks remotely seriously - and as we learn from Stampnitzky, the idea of a “terrorist” has been constructed in such a way as to fuel that bubble. This means that CBRN professionals, however unimpeachable their contributions to the amelioration of those occasional disasters which do actually happen, are thoroughly questionable as unbiased witnesses to the scale that risks at large present.
Because, as your own inconsistencies show, you are not having a focused discussion (for example: you angrily claim in your second reply that in your first you asked me to expand on an earlier point, even though this never actually happened) it is extremely difficult to get this point across without appearing to just be dismissive of technical capacity as a factor. But in fact technical capacity has been factored in to my discussion this entire time. The fact that you’re unaware of the political environment in which your (non-)fear finds its sources is not anybody’s fault, but it is your fault if you don’t even acknowledge that other people might have a clearer idea about how this stuff works.
Look, ultimately why I'm focusing on technical capacity is because I don't disagree on the political side of this. I think it's highly unlikely that anyone would use bio weapons or develop them soon, and it's definitely true that it's inextricably political. My point is ultimately that bio weapons are getting easier and easier to produce and it's not a non issue to consider. The top comments here were more than happy to dismiss bioweapons wholesale as even a thing that could happen.
I'll check out your book recs. I'll point out that the main book on this topic folks have cited is ten years old now, and we're experiencing a legitimate bio tech revolution right now. How much further it'll go is anybody's guess.
I understand that you’re olive branching me here, but I don’t accept “How much further it’ll go is anybody’s guess”. Trends are analysable, and the sources of projections are equally analysable. A book that’s ten years old is far better than (a) 30-year old (and more) newspaper-level stuff, without citations, about backyard anthrax, (b) nothing, and (c) two links to tangentially related reports, and you’ve brought those three.
I am seriously concerned about the confluence of two things: (1) how closely your comments here mirror, right down to the level of language, press releases and opinion columns paraphrasing press releases, some of them (the anthrax stuff) extremely old hat; (2) the level of outrage and confidence you bring to the table when challenged on this and similar. Phrases like “How much further it’ll go is anybody’s guess” are press release language - they have absolutely no place in serious discussion, but they have a powerful rhetorical effect which allows them to displace serious analysis, and that displacement furthers specific, analysable, interpretable sectoral and political interests.
The same goes for “bio tech revolution” - you are never clear, in any of this, what that actually entails. What you do is cite possibility and unknowability, in a manner innovated precisely by sectoral and political interests from the 1950s onward. You have no detail of any value, and you write off actual detail with speculation and glib remarks about the age of the detail you’re given - that is a political innovation to which you have allowed yourself to be susceptible. You may also try on Naomi Oreskes for size as an author who grapples with this in both directions.
Sure a book that's ten years old is better than 30 year old papers. Doesn't mean that it can't be wrong, especially in the face of technological change. Digging into how modern biotech is constantly breaking ground is difficult, there's no one thing happening. Biocrystallization is used commercially, we produce drugs using modified organism as, we're understanding genetics at genome network/hologenetic levels like never before with new computational and statistical tools. Immune system level effects are getting easier to control. In part I'm not being specific to not oust synthetic biologist friends of mine, in part because the conversation hasn't called for it, and in part it's not my field, just close to it. (Biomedical)
Technological trends at this scale are notoriously impossible (in fact, there's a whole field of research on it trying to figure out how to predict breakthroughs for funding reasons) to predict. We could find out tomorrow that genetics is incomprehensibly complicated in a way that defies most of the use cases for bio tech that we'd like, or alternatively, we find new tools which incrementally make it easier to predict phenotypic effects from genotypic changes. My bet is on the latter, but the prior isn't a ridiculous position to hold.
Here's a cool presentation about where macroscopic synthetic biology is at: https://m.youtube.com/watch?v=1qRIetbuoH4
It's not for bioweapons strictly, my interests in this field tend to be more about macroscopic synth bio, but perhaps illustrative of why this field is not easily summarized and what sorts of leaps have been made and what challenges are obviously remaining.
Your comments on my rhetoric are frankly, rhetorically speaking, grasping at straws. Vagary isn't always a conspiracy developed by powers that be. Sometimes its because the person you're talking to feels you're arguing in bad faith, is tired when they have opportunities to respond, and isn't planning on writing a white paper for your digestion. This isn't a summit on bio warfare, this was me going "hey bio weapons aren't a technological dud" and you deciding to be "seriously concerned" about someone having the audacity to disagree with your stance. Feel free to elaborate on your "serious concern" or don't. We are here to discuss different things, and you're showing nothing but adversarial participation.
Un-fucking-believable
@YouKnowWhoTheFuckIAM @Umbrias solid author recommendation though: https://en.m.wikipedia.org/wiki/Naomi_Oreskes
If the last act of the human race is to raise a forlorn statue of that woman in every town square it will be a fitting end
Nice. Any specific recommendation? Interesting titles.
you were warned, but you still filled a SneerClub thread with debatebro garbage, and the last person deriving entertainment from it has given up. your contributions won’t be missed