AI designs genomes from scratch & outperforms virologists at lab work. What could go wrong? | Dr Richard Moulange, CLTR
Among others, you're gonna suggest, for example, that we should aim to have like broad spectrum antivirals, broad spectrum vaccines that can potentially give us immunity to an entire class of viruses rather than just like an individual strain.
AI designs genomes from scratch & outperforms virologists at lab work. What could go wrong? | Dr Richard Moulange, CLTR
But as the technology advances further, you might imagine that a really hostile actor that also has access to these incredible AI biology design tools is going to be able to cherry pick the exact strain of virus, be able to design something that can evade the known vaccines that you've distributed to your population trying to defend them.
AI designs genomes from scratch & outperforms virologists at lab work. What could go wrong? | Dr Richard Moulange, CLTR
So what would you say to someone, perhaps me, or I guess another pessimistic feeling listener who might feel like, why should I stick around to hear the rest of this?
AI designs genomes from scratch & outperforms virologists at lab work. What could go wrong? | Dr Richard Moulange, CLTR
A really relevant audience question that was repeated by multiple people is, which do you think is generating more of the risk, open source models or closed source models?
AI designs genomes from scratch & outperforms virologists at lab work. What could go wrong? | Dr Richard Moulange, CLTR
So to sum that up, is it that for amateur actors or novice actors, the open weight models are enough to help them because they need help with more basic stuff.
AI designs genomes from scratch & outperforms virologists at lab work. What could go wrong? | Dr Richard Moulange, CLTR
But I suppose you think in terms of the risk generated, what you'd be most worried about with those folks is that they come up with something that's just radically more lethal or radically better at spreading, something that hasn't been done before, basically.