This sounds suspiciously like manufacturing weapons? I’m most interested to understand how this project was permitted in the first place. Even the public disclosure of this research feels negligent.
Also if it’s not put it in action but rather discussed publicly, that’s just helping the society prepare and evolve.
Free speech is a principle to guide laws, not a law unto itself. Protecting speech that makes people less free is oxymoronic.
Are you going to spell out in the law exactly what people aren't allowed to research? You've just implemented a holding pattern while giving them a road map on what to research. So your holding pattern is going to be set up to buy you x number of years, where you assume it will take your adversary x number of years to fill in the gaps on the map you just gave them.
Is that enough?
Security and espionage laws are often not directly enforceable. Their value is to "pile on", adding severity to related matters, such as charges committing or aiding past terrorist acts or planning therefor. Ideally the threat of direct prosecution for a crime would deter possible perpetrators, but making penalties more severe and extending incarceration are useful roles for laws too.
Your nearest research university library probably holds publications about the effects and synthesis of chemical warfare agents, like Some aspects of the chemistry and toxic action of organic compounds containing phosphorus and fluorine by Bernard Charles Saunders: https://catalog.lib.uchicago.edu/vufind/Record/587946
Which is also scanned and available online: https://archive.org/details/B-001-026-884-ALL
[1] https://en.wikipedia.org/wiki/Born_secret
[2] https://en.wikipedia.org/wiki/United_States_v._Progressive,_....
That applies to government employees, who willingly agree to be bound by classification. I think that if someone outside had the information, they could publish it (probably a very bad idea).
Also, the press has a right to publish classified information.
Certainly. However, here they have identified and published not the discovered molecules but only the identification process (and only in fairly broad strokes, at that), and shied away from working further on synthesis (we know enough to state that synthesis would be possible and practical for nearly any candidate molecule).
Sure, as a society we can expand ethical guidelines to some sort of "thou shall not optimize for toxicity", but enforcing it poses some serious challenges, not least of which is the fact that this has demonstrated that the process works even with fairly innocuous and public training data.
Expect to see a bunch of funding for research into technologies around toxin identification and detection, as well as the rapid creation and synthesis of antitoxins and other prophylactic measures (cheaper filtering, maybe). Perhaps even eventual (as in a decade out at least) "hardening" of organisms against toxicological weapons (possibly positioned as research into the mechanisms of acquiring pesticide resistance and similar).
I'm pretty sure that whatever a private individual figures out on his own is not "classified", since it's not a government secret. Is there actually a US law banning people from even talking about WMDs?
If you can actually afford your rights, be my guest!
For some intuition on the difficulty in synthesis, note that explosive chemistry and synthesis is comparatively trivial, yet there are relatively few terror attacks that go beyond commercial-off-the-shelf compounds and almost none that do it well.
Personally, I think this model would be a boon for public safety because contract synthesis operations could use it to screen incoming requests for "nerve gas but changed up a bit." Basic chemical intuition probably already gets them far in this regard, but a published model could be standardized and mandated.
Someone else in the thread asked about next steps. Those would be good next steps.
The 2011 Norway attacks, 2002 Bali bombings, 2005 London underground bombings, 2008 Mumbai attacks... There is a long list of deadly terrorist attacks using homemade explosives, I don't think this is something to be dismissed.
But they used well-known and readily available compounds. They don't attempt to use novel ones. It would just make the attack way more difficult to execute.
> We are but one very small company in a universe of many hundreds of companies using AI software for drug discovery and de novo design. How many of them have even considered repurposing, or misuse, possibilities? Most will work on small molecules, and many of the companies are very well funded and likely using the global chemistry network to make their AI-designed molecules. How many people have the know-how to find the pockets of chemical space that can be filled with molecules predicted to be orders of magnitude more toxic than VX?