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joro
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Is it possible on an elliptic curve both $x,y$ to be squares or higher powers infinitely often?

Let $f(x,y)=0$ be (irreducible) elliptic curve over the rationals.

Is there $f$ for which:

1 Both $x,y$ are squares infinitely often, i.e. infinitely many rational points of the form $(u^2,v^2)$?

2 Both $x,y$ are (arbitrary) large powers infinitely often, i.e. infinitely many rational points $(u^k,v^m)$ for some $k,m \ge 2$ (the larger the better)?

For large $k,m$ the n-conjecture implies the number of monomials can't be too small.

joro
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