"...A proprietary model that the U.S. government is treating like something just shy of a nuclear weapon..."
This is more than a little hyperbolic. Maybe "just shy of Valium"?
513 karma · joined June 8, 2026
"...A proprietary model that the U.S. government is treating like something just shy of a nuclear weapon..."
This is more than a little hyperbolic. Maybe "just shy of Valium"?
I'm curious what the model provider is using the prompt/response pairs for, in that case. They aren't offering a model for free without their name on it for no reason.
This is fantasy, and I believe the vast majority of those actually working in pharmaceutical R&D would agree. Contrast Amodei's opinion here to the Derek Lowe post I shared recently: https://news.ycombinator.com/item?id=49313367 . Derek Lowe's opinion is closest to my own experience: AI, whether it be traditional ML or LLMs, can help here and there -- the former to help you to triage paths to explore in a way that's a little better than intuition in some cases, the latter mostly to generate code faster in the code-dependent aspects of pharma research -- but neither of these things are significantly widening the main bottlenecks. I don't think the data exists to do so, especially since so much of pharma R&D is looking for higher and higher hanging fruit (i.e. exploring avenues for which a trove of relevant training data does not already exist).
https://www.splcenter.org/resources/hatewatch/wikipedia-wars...
The vast majority of so-called drug overdoses are due to polydrug intoxication. It's much harder to die by consuming a single substance. This is clear from the statistics of the few jurisdictions that report all substances in the blood in coroner's reports. See, for example, the Scottish data from 2020 (https://www.drugsandalcohol.ie/34642/7/ndrdd_report.pdf ): "In 2020, almost all (96%) [drug-related deaths] occurred after the consumption of multiple substances."
"One number. Four completely different stories. The number is engineered to include all of them, because including all of them is what produces the 49 percent."
I decided to fact-check a statement ("CNN’s May 2026 survey found the share of Americans spontaneously naming gas prices as their top economic problem rose from 5 percent to 23 percent in a single year, with food costs cited almost as often") and it was incorrect (food costs were in fact cited more often than gas prices). Since the first thing I checked was wrong, I decided it wasn't worth my time reading the rest of the article. It was, as they say these days, slop.
It felt like a little bit of my time had been stolen. If a disclosure had been at the top, it would have been more of a caveat emptor situation.
https://www.anthropic.com/research/making-claude-a-chemist
I don't know why they think this is okay, any more than it would be to call their models "AI doctors" or "AI lawyers".
Ironically, where I live, most actual medicinal chemists are not allowed to call themselves chemists since you have to pay dues to a professional association to use that title.
I've hit my limit with Microsoft, too. I'm going to start moving my PCs over to Linux. The last time I installed Linux on a personal device was in high school, almost two decades ago, and it took quite a bit of work to get everything running properly. I've heard that compatibility issues are much less prevalent now. If things to smoothly, I may even convert my main gaming and work PC, although I'll have to look more thoroughly into whether all my Steam games will be playable.
I read frequently to my two-year-old son. It's a fun challenge for me, as I attempt to give every character a different voice and keep it consistent, to emulate the professionals who narrate the audiobooks that I listen to. Currently, he is enjoying Archie comics. I hope the effort I'm putting into it now will help secure his attraction to the medium once he's reading independently.
I love video games as much as I do novels. My parents restricted them for me severely (along with all other screen time) as a child, though, so the amount of time I spent on them was much smaller than the amount I spent reading novels. I thank my folks for that now. I'm not going to be as strict as they were with my son, but I hope I can find a happy medium. He's already very attracted to television, but we try to keep that to short, occasional sessions.
This is a massive exaggeration. The advancement in the automation of computer code writing has been impressive and is obviously, at least in the short term, changing the software engineering industry substantially. Most other fields have not been affected to nearly the same degree. Certainly not biology, physics, finance, and law (I don't know enough about the math and translation fields to speak to those).
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"3. Accelerating AI’s positive impact..."
This whole section is the type of thing that often comes out of the mouths of Silicon Valley tech executives without a pharma background. It indicates a thorough lack of understanding of the realities of pharmaceutical research. What he is describing here is removing many of the solid, evidentiary rules that are in place to make sure that the drugs reaching the market actually work and replacing them with proxy predictions. Look, my least favourite part of the job is the animal testing, and I would be hugely grateful if that could be eliminated from the drug discovery pipeline. People have been trying to do that for a long time. But it's extremely difficult. Biology is very, very complicated. Our understanding of how processes in organisms work are vague and approximative. This is not computer code. Even if Anthropic somehow got all of Big Pharma to hand them their proprietary data, it would only scratch the surface of the understanding that is needed to solve these kind of problems. Due to these realities, the program Amodei is describing here would, effectively, open a floodgate of drugs on the market that don't actually do what they are supposed to and are more likely to have unidentified toxicity.