Skip to main content

p-adic L functions-functions for (dual of) fine Selmer Groups

If R(E/Q_\infty)$R(E/\Bbb Q_{\infty})$ is the fine Selmer group and Y(E/Q_\infty)$Y(E/\Bbb Q_{\infty})$ is its dual, then we know that Y(E/Q_\infty)$Y(E/\Bbb Q_{\infty})$ is a finitely generated \Lambda$\Lambda$-module and by a theorem of Kato, it is also torsion. My understanding is that it should thus make sense to want to attach a p$p$-adic L function-function.

Can we say what this p$p$-adic L function-function is? Or does it just follow (trivially) from the Iwasawa main conjecture?

p-adic L functions for (dual of) fine Selmer Groups

If R(E/Q_\infty) is the fine Selmer group and Y(E/Q_\infty) is its dual, then we know that Y(E/Q_\infty) is a finitely generated \Lambda-module and by a theorem of Kato, it is also torsion. My understanding is that it should thus make sense to want to attach a p-adic L function.

Can we say what this p-adic L function is? Or does it just follow (trivially) from the Iwasawa main conjecture?

p-adic L-functions for (dual of) fine Selmer Groups

If $R(E/\Bbb Q_{\infty})$ is the fine Selmer group and $Y(E/\Bbb Q_{\infty})$ is its dual, then we know that $Y(E/\Bbb Q_{\infty})$ is a finitely generated $\Lambda$-module and by a theorem of Kato, it is also torsion. My understanding is that it should thus make sense to want to attach a $p$-adic L-function.

Can we say what this $p$-adic L-function is? Or does it just follow (trivially) from the Iwasawa main conjecture?

Source Link
debanjana
  • 1.3k
  • 7
  • 16

p-adic L functions for (dual of) fine Selmer Groups

If R(E/Q_\infty) is the fine Selmer group and Y(E/Q_\infty) is its dual, then we know that Y(E/Q_\infty) is a finitely generated \Lambda-module and by a theorem of Kato, it is also torsion. My understanding is that it should thus make sense to want to attach a p-adic L function.

Can we say what this p-adic L function is? Or does it just follow (trivially) from the Iwasawa main conjecture?