2,224 karma · joined July 6, 2015
However, there are many other reasons why you might want a neural network to provably forget something. The main reason has to do with structuring an AGI's power. Even though the simple-story of AGI is something like "make it super powerful, general, and value aligned and humanity will prosper". However, the reality is more nuanced. Sometimes you want a model to be selectively not powerful as a part of managing value mis-alignment in practice.
To pick a trivial example, you might want a model to enter your password in some app one time, but not remember the password long term. You might want it to use and then provably forget your password so that it can't use your password in the future without your consent.
This isn't something that's reliably doable with humans. If you give them your password, they have it — you can't get it back. This is the point at which we'll have the option to pursue the imitation of living creatures blindly, or choose to turn away from a blind adherence to the AI/AGI story. Just like we reached the point at which we decided whether flying planes should have flapping wings dogmatically — or whether we should pursue the more economically and politically competitive thing. Planes don't flap their wings, and AI/AGI will be able to provably forget things. And that's actually the better path.
A recent work co-authors and I published related to this: https://arxiv.org/pdf/2012.08347
Personal opinion, but I think AGI is a good heuristic to build against but in the end we’ll pivot away. Sort of like how birds were a good heuristic for human flight, but modern planes don’t flap their wings and greatly exceed bird capabilities in many ways.
Attribution for every prediction and deletion seem like prime examples of things which would break the analogy of AI/AGI with something more economically and politically compelling/competitive.
https://static1.squarespace.com/static/660e95991cf0293c2463b...
https://arxiv.org/abs/1808.00508
They can interpolate but extrapolation is hard because of the constraints from nonlinearities
Also, while humans are better at judging (look at that fake thing!) than generating (drawing a realistic photo), I think you may find that — despite our abilities — detection is actually quite a bit harder. As an example:
"John Doe is dead."
This was very easy for me to create, but it's quite difficult for you to judge whether or not it is true due to a variety of factors (which John Doe, am I being honest, when was the last time you saw John Doe, do you know anyone who knows John doe and could check, perhaps John Doe had a twin who died, etc.)
Hard to say — these things can be difficult to predict. I can see this working but there'll probably be some ratio of training data - self-play that we have a hard time getting past because it's a difficult-to-control form of extrapolation.
A good example of why having a language that is squishy to common errors is valuable. I still understood your point even though it’s grammar wouldn’t compile.
Fwiw, this type of thinking played a pretty strong role in how America began (and in other social/moral movements). It's not always a bad thing.
> This is sad. The real solution is not to homeschool. It is to force ALL kids, regardless of age, location, and income to be forced into the same school system. Want to improve things? gotta make it better for everyone.
I get your point, but just to continue my analogy, King George might have said something similar in the late 1700s. A good general counter-narrative to this line of thinking is James Scott's "Seeing like a state" which documents the degree to which governments regiment society in ways that reduce social welfare.
Would just routing the data via starlink be good enough? (if you could hide the original location)
…something something 3M …something something oil industry …something something tobacco industry, pesticides, fast fashion, disposable products, and factory pollution