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Francesco Polizzi
Francesco Polizzi
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The Picard number of the Kummer surface of an abelian surface

Let $A$ be an abelian surface and $\text{Km}(A)$ be athe Kummer surface of $A$. If I remember correctcorrectly, the Picard number $\rho(\text{Km}(A))$ is equal to $16+\rho(A)$. Does anyone know the reference or the proof for this?

Does anyone know any reference or proof for this fact?

Picard number of Kummer surface of abelian surface

Let $A$ be an abelian surface and $\text{Km}(A)$ be a Kummer surface of $A$. If I remember correct, the Picard number $\rho(\text{Km}(A))$ is equal to $16+\rho(A)$. Does anyone know the reference or the proof for this?

The Picard number of the Kummer surface of an abelian surface

Let $A$ be an abelian surface and $\text{Km}(A)$ be the Kummer surface of $A$. If I remember correctly, the Picard number $\rho(\text{Km}(A))$ is equal to $16+\rho(A)$.

Does anyone know any reference or proof for this fact?

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guest31
guest31
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Picard number of Kummer surface of abelian surface

Let $A$ be an abelian surface and $\text{Km}(A)$ be a Kummer surface of $A$. If I remember correct, the Picard number $\rho(\text{Km}(A))$ is equal to $16+\rho(A)$. Does anyone know the reference or the proof for this?