We study the finiteness of low degree points on certain modular curves and their Atkin--Lehner quotients, and, as an application, prove the modularity of elliptic curves over all but finitely many totally real fields of degree $5$. On the way, we prove a criterion for the finiteness of rational points of degree $5$ on a curve of large genus over a number field using the results of Abramovich--Harris and Faltings on subvarieties of Jacobians.Comment: 23 pages. Final version, accepted for publication in 'Research in Number Theory'. To the newest version, we added the ancillary files which were attached to v4 but not to v5. The attachment contains data on modular forms (of level 105, 315, and 735) which are generated by LMFD
Harron and Snowden counted the number of elliptic curves over $\mathbb{Q}$ up to height $X$ with tor...
Thesis (Ph.D.)--University of Washington, 2014A crowning achievement of Number theory in the 20th ce...
A number field $K$ is primitive if $K$ and $\mathbb{Q}$ are the only subextensions of $K$. Let $C$ b...
In this paper, we establish the modularity of every elliptic curve $E/F$, where $F$ runs over infini...
We prove that all elliptic curves defined over totally real cubic fields are modular. This builds on...
This work is concerned with some finiteness statements and explicit computations in the arithmetic 0...
AbstractWe study generalisations to totally real fields of the methods originating with Wiles and Ta...
We describe how the quadratic Chabauty method may be applied to explicitly determine the set of rati...
Abstract. A curve X over Q is modular if it is dominated by X1(N) for some N; if in addition the ima...
Bruin and Najman, Ozman and Siksek, and Box described all the quadratic points on the modular curves...
We count by height the number of elliptic curves over the rationals, both up to isomorphism over the...
The following theorem is well known to experts. Theorem 0.1. Let E an elliptic curve over a totally ...
We complete the computation of all $\mathbb{Q}$-rational points on all the $64$ maximal Atkin-Lehner...
AbstractFor a prime N we denote by X0(N)(K) the set of K-rational points on the modul curve of ellip...
AbstractWe study generalisations to totally real fields of the methods originating with Wiles and Ta...
Harron and Snowden counted the number of elliptic curves over $\mathbb{Q}$ up to height $X$ with tor...
Thesis (Ph.D.)--University of Washington, 2014A crowning achievement of Number theory in the 20th ce...
A number field $K$ is primitive if $K$ and $\mathbb{Q}$ are the only subextensions of $K$. Let $C$ b...
In this paper, we establish the modularity of every elliptic curve $E/F$, where $F$ runs over infini...
We prove that all elliptic curves defined over totally real cubic fields are modular. This builds on...
This work is concerned with some finiteness statements and explicit computations in the arithmetic 0...
AbstractWe study generalisations to totally real fields of the methods originating with Wiles and Ta...
We describe how the quadratic Chabauty method may be applied to explicitly determine the set of rati...
Abstract. A curve X over Q is modular if it is dominated by X1(N) for some N; if in addition the ima...
Bruin and Najman, Ozman and Siksek, and Box described all the quadratic points on the modular curves...
We count by height the number of elliptic curves over the rationals, both up to isomorphism over the...
The following theorem is well known to experts. Theorem 0.1. Let E an elliptic curve over a totally ...
We complete the computation of all $\mathbb{Q}$-rational points on all the $64$ maximal Atkin-Lehner...
AbstractFor a prime N we denote by X0(N)(K) the set of K-rational points on the modul curve of ellip...
AbstractWe study generalisations to totally real fields of the methods originating with Wiles and Ta...
Harron and Snowden counted the number of elliptic curves over $\mathbb{Q}$ up to height $X$ with tor...
Thesis (Ph.D.)--University of Washington, 2014A crowning achievement of Number theory in the 20th ce...
A number field $K$ is primitive if $K$ and $\mathbb{Q}$ are the only subextensions of $K$. Let $C$ b...