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Matias2
  • Member for 3 years, 3 months
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Are there only finitely many $m$ such that $m$ is the number of elliptic curves with a given conductor?
No that's a different one. There it's said that $f$ is well-defined while I'm asking if $f(\mathbb{N})$ is finite.
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Any finite number of curves over $\mathbb{Q}$ have a common cover
The genus of the curve grows exponentially with $r$ right (assume that $C$s are all elliptic curves)?
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Any finite number of curves over $\mathbb{Q}$ have a common cover
a cover is a non-constant map with branching allowed
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