Ribet's theorem, proved by Ken Ribet, shows that if the Galois representation attached to an elliptic curve has certain properties then that curve cannot be modular. Ribet proved the result, originally conjectured by Jean-Pierre Serre as the epsilon conjecture, in the summer of 1986 and published the formal proof in 1990. Because the epsilon conjecture together with the Taniyama-Shimura conjecture implies Fermat's Last Theorem, Ribet's proof showed that establishing the modularity theorem would be enough to prove Fermat's Last Theorem, which Andrew Wiles did five years later in 1995. This description is adapted from Wikipedia contributors under CC BY-SA 4.0; changes were made. https://creativecommons.org/licenses/by-sa/4.0/
Facts
StatementIf the Galois representation associated with an elliptic curve has certain properties, then that curve cannot be modular. 1 Connections
In Branch
Source Ribet's theorem (Wikipedia)
Proved By
Source Wolfram MathWorld: Ribet's Theorem
Additional Source Ribet's theorem (Wikipedia)Lead sentence, attribution
Sources
1. Ribet's theorem (Wikipedia)
Introduction, paragraph 2
if the Galois representation associated with an elliptic curve has certain properties, then that curve cannot be modular
History
In the summer of 1986, Kenneth Alan Ribet proved the epsilon conjecture
- In Branch: Number Theory, Lead sentence
Proved By: Ken Ribet, Lead sentence, attribution
proven by Ken Ribet
View the SourceWolfram MathWorld: Ribet's Theorem
Wolfram MathWorldProved By: Ken Ribet, Page textQuote, Proved By: Ken Ribet, Page text
Before its proof by Ribet in 1986, the theorem had been called the epsilon conjecture .
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