Skip to main content
deleted 18 characters in body
Source Link
Qfwfq
  • 23.4k
  • 14
  • 122
  • 225

Let $X$ be aan elliptic curve over a complete local field.

The definition of semi-abelinaabelian reduction is that "If the: "the Neron model of $X$ is a semi-ableian schemeabelian scheme"." On the other hand, the definition of semi-stable reduction is that "If the: "the minimal regular model of $X$ is semi-stable."

DoseFor elliptic curves, are the two definitions are equivalence for elliptic curvesequivalent? How to prove it?

Let $X$ be a elliptic curve over a complete local field.

The definition of semi-abelina reduction is that "If the Neron model of $X$ is a semi-ableian scheme." On the other hand, the definition of semi-stable reduction is that "If the minimal regular model of $X$ is semi-stable."

Dose the two definitions are equivalence for elliptic curves? How to prove it?

Let $X$ be an elliptic curve over a complete local field.

The definition of semi-abelian reduction is: "the Neron model of $X$ is a semi-abelian scheme". On the other hand, the definition of semi-stable reduction is: "the minimal regular model of $X$ is semi-stable."

For elliptic curves, are the two definitions equivalent? How to prove it?

edited title; edited title
Link
kiseki
  • 1.9k
  • 3
  • 17
  • 20

The equivalence of semi-abelian reduction and semi-stable reduction of elliptic curves

edited tags
Link
Qing Liu
  • 11.1k
  • 1
  • 42
  • 50
Source Link
kiseki
  • 1.9k
  • 3
  • 17
  • 20
Loading