Perhaps the methodologies they use here can be used to speed up the locating of shards, if they exist, inside current ML models.
If the alignment field ever gets confident enough in itself to spend a whole bunch of money, and look weirder than its ever looked before, perhaps we’ll want to hire some surgeons and patients, and see whether we can replicate these results in humans rather than just mice (though you’d probably want to get progressively more cerebral animals & build your way up, and hopefully not starve or water-deprive the humans, aiming for higher-level values).
Perhaps the methodologies they use here can be used to speed up the locating of shards, if they exist, inside current ML models.
If the alignment field ever gets confident enough in itself to spend a whole bunch of money, and look weirder than its ever looked before, perhaps we’ll want to hire some surgeons and patients, and see whether we can replicate these results in humans rather than just mice (though you’d probably want to get progressively more cerebral animals & build your way up, and hopefully not starve or water-deprive the humans, aiming for higher-level values).