asaharyev [he/him] to Main • edit-24 years ago*Permanently Deleted*trashmessage-squaremessage-square51 fedilinkarrow-up171file-text
arrow-up171message-square*Permanently Deleted*trashasaharyev [he/him] to Main • edit-24 years agomessage-square51 Commentsfedilinkfile-text
minus-squarePuffin [any, they/them]hexbear1·4 years agoOk I have to come clean, this is a bit. There do exist integer solutions, but you have to use algebraic geometry and in particular the theory of elliptic curves to solve this. The smallest solution has about 80 digits for each of x, y, and z. link
minus-squareasaharyev [he/him]hexagonhexbear1·4 years agolol, next time i'll open the chain letter from grandma. this is a good bit, haven't seen it before that i can remember. link
Ok I have to come clean, this is a bit. There do exist integer solutions, but you have to use algebraic geometry and in particular the theory of elliptic curves to solve this. The smallest solution has about 80 digits for each of x, y, and z.
lol, next time i'll open the chain letter from grandma.
this is a good bit, haven't seen it before that i can remember.