In this short note, we examine the ranks of a subfamily of curves from a previous paper derived from the existence of solutions to certain Pell equations. We exhibit an abundance of curves of moderately large rank, and using certain well known results from Diophantine analysis, we prove under mild conditions that these curves have rank at least three provided that the constant coefficient of the cubic polynomial defining the curve is sufficiently large
In 1659, John Pell and Johann Rahn wrote a text which explained how to find all integer solutions to...
Abstract. The main aim of this paper is to put a lower bound on the rank of elliptic curves from the...
AbstractFix a finite field k, a positive integer d relatively prime to the characteristic of k, and ...
We examine the ranks of a subfamily of curves in a previous article, which are derived from the exis...
The study of elliptic curves grows out of the study of elliptic functions which dates back to work d...
We determine average sizes/bounds for the $2$- and $3$-Selmer groups in various families of elliptic...
Fix an elliptic curve $E$ over a number field $F$ and an integer $n$ which is a power of $3$. We stu...
AbstractWe give several new constructions for moderate rank elliptic curves over Q(T). In particular...
If an integer n is written as a sum of two biquadrates in two different ways, then the elliptic curv...
We extend a result of Spearman which provides a sufficient condition for elliptic curves of the form...
Given the family of elliptic curves y2= x3-(1+u4) x, uQ, or equivalently y2=x3-(m4+n4)x for m,n inte...
In 1987, Zagier and Kramarz published a paper in which they presented evidence that a positive propo...
In 1987, Zagier and Kramarz published a paper in which they presented evidence that a positive propo...
A class of prime numbers p is given for which the elliptic curve y² =x³-px has rank two. This extend...
A class of prime numbers p is given for which the elliptic curve y² =x³-px has rank two. This extend...
In 1659, John Pell and Johann Rahn wrote a text which explained how to find all integer solutions to...
Abstract. The main aim of this paper is to put a lower bound on the rank of elliptic curves from the...
AbstractFix a finite field k, a positive integer d relatively prime to the characteristic of k, and ...
We examine the ranks of a subfamily of curves in a previous article, which are derived from the exis...
The study of elliptic curves grows out of the study of elliptic functions which dates back to work d...
We determine average sizes/bounds for the $2$- and $3$-Selmer groups in various families of elliptic...
Fix an elliptic curve $E$ over a number field $F$ and an integer $n$ which is a power of $3$. We stu...
AbstractWe give several new constructions for moderate rank elliptic curves over Q(T). In particular...
If an integer n is written as a sum of two biquadrates in two different ways, then the elliptic curv...
We extend a result of Spearman which provides a sufficient condition for elliptic curves of the form...
Given the family of elliptic curves y2= x3-(1+u4) x, uQ, or equivalently y2=x3-(m4+n4)x for m,n inte...
In 1987, Zagier and Kramarz published a paper in which they presented evidence that a positive propo...
In 1987, Zagier and Kramarz published a paper in which they presented evidence that a positive propo...
A class of prime numbers p is given for which the elliptic curve y² =x³-px has rank two. This extend...
A class of prime numbers p is given for which the elliptic curve y² =x³-px has rank two. This extend...
In 1659, John Pell and Johann Rahn wrote a text which explained how to find all integer solutions to...
Abstract. The main aim of this paper is to put a lower bound on the rank of elliptic curves from the...
AbstractFix a finite field k, a positive integer d relatively prime to the characteristic of k, and ...