AbstractWe explicitly identify infinitely many curves which are quotients of Fermat curves. We show that some of these have simple Jacobians with complex multiplication by a non-cyclotomic field. For a particular case we determine the local zeta functions with two independent methods. The first uses Jacobi sums and the second applies the general theory of complex multiplication, we verify that both methods give the same result
In this article we recall how to describe the twists of a curve over a finite field and we show how ...
One of the aims of algebraic number theory is to describe the field of algebraic numbers and the ex...
An algebraic curve is a curve defined over by polynomial equations with coefficients in a given fiel...
We explicitly identify infinitely many curves which are quotients of Fermat curves. We show that som...
AbstractWe explicitly identify infinitely many curves which are quotients of Fermat curves. We show ...
AbstractLet K be the cyclotomic field of the mth roots of unity in some fixed algebraic closure of Q...
In this thesis, we look at problems in Number Theory, specifically Diophantine Equations. We investi...
The structure of thep-divisible groups arising from Fermat curves over finite fields of characterist...
I investigate the $K_2$ groups of the quotients of Fermat curves given in projective coordinates by ...
We give formulas for the genera of all the possible quotient of a Fermat curve by a group of automor...
For a fixed rational prime p and primitive p-th root of unity ζ, we consider the Jacobian, J, of the...
AbstractWe give formulas for the genera of all the possible quotient of a Fermat curve by a group of...
The class-invariant homomorphism allows one to measure the Galois module structure of extensions obt...
AbstractLet p≥5 be a prime, ζ a primitive pth root of unity and λ=1−ζ. For 1≤s≤p−2, the smooth proje...
In this chapter we present a method for finding a curve and the group order of its Jacobian which ca...
In this article we recall how to describe the twists of a curve over a finite field and we show how ...
One of the aims of algebraic number theory is to describe the field of algebraic numbers and the ex...
An algebraic curve is a curve defined over by polynomial equations with coefficients in a given fiel...
We explicitly identify infinitely many curves which are quotients of Fermat curves. We show that som...
AbstractWe explicitly identify infinitely many curves which are quotients of Fermat curves. We show ...
AbstractLet K be the cyclotomic field of the mth roots of unity in some fixed algebraic closure of Q...
In this thesis, we look at problems in Number Theory, specifically Diophantine Equations. We investi...
The structure of thep-divisible groups arising from Fermat curves over finite fields of characterist...
I investigate the $K_2$ groups of the quotients of Fermat curves given in projective coordinates by ...
We give formulas for the genera of all the possible quotient of a Fermat curve by a group of automor...
For a fixed rational prime p and primitive p-th root of unity ζ, we consider the Jacobian, J, of the...
AbstractWe give formulas for the genera of all the possible quotient of a Fermat curve by a group of...
The class-invariant homomorphism allows one to measure the Galois module structure of extensions obt...
AbstractLet p≥5 be a prime, ζ a primitive pth root of unity and λ=1−ζ. For 1≤s≤p−2, the smooth proje...
In this chapter we present a method for finding a curve and the group order of its Jacobian which ca...
In this article we recall how to describe the twists of a curve over a finite field and we show how ...
One of the aims of algebraic number theory is to describe the field of algebraic numbers and the ex...
An algebraic curve is a curve defined over by polynomial equations with coefficients in a given fiel...