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"They started by downloading all the equations in Wikipedia. They then statistically analyzed those equations to see what types are most common. This allowed th
by pmoriarty 4y ago
"They started by downloading all the equations in Wikipedia. They then statistically analyzed those equations to see what types are most common. This allowed them to ensure that the algorithm’s initial guesses would be straightforward — making it more likely to try out a plus sign than a hyperbolic cosine, for instance. The algorithm then generated variations of the equations using a random sampling method that is mathematically proven to explore every nook and cranny in the mathematical landscape."
Wikipedia contains equations from many different branches of math.
Aren't mathematical equations written in all sorts of notations (really obscure notations sometimes, for obscure branches of math), depending on the branch of math they're used in?
How would this program even be able to use equations written in a notation it doesn't understand? Even if it somehow understood the notation, that doesn't mean the algorithm understood the branch of math the equation was for.
This all sounds unworkable to me, unless they're somehow limiting the equations they use to some branch of math they already understand.
- nh23423fefe 4y agoIf you imagine it's nonsense, then you probably don't understand it. You deduced a false conclusion from assumptions you've inserted.
- pmoriarty 4y agoCould you elaborate on this? What assumptions do you object to? Are you saying that different branches of math don't have their own special notations? Sure, they have notation in common, but they have their own notation too, to express objects, relations, or operations that are of special relevance to them. That's not to mention that any given symbol could mean different things depending on the branch of math it's used in.