2 citations · 3 across the 19 of their papers we have counts for
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Iwasawa theory and ranks of elliptic curves in quadratic twist families
Jeffrey Hatley, Anwesh Ray
We study the distribution of ranks of elliptic curves in quadratic twist families using Iwasawa-theoretic methods, contributing to the understanding of Goldfeld's conjecture. Given…
Integers that are sums of two cubes in the cyclotomic -extension
Anwesh Ray
Let be a cubefree natural number and be a prime number. Assume that is not expressible as a sum of the form , where . In this note, we…
A Heuristic approach to the Iwasawa theory of elliptic curves
Katharina Müller, Anwesh Ray
Let be an elliptic curve and an odd prime such that has good ordinary reduction at and the Galois representation on is irreducible. Then Greenb…
Counting rational maps on with prescribed local conditions
Khoa D. Nguyen, Anwesh Ray
We explore distribution questions for rational maps on the projective line over within the framework of arithmetic dynamics, drawing analogies to ellipt…
Hilbert's tenth problem for families of -extensions of imaginary quadratic fields
Katharina Müller, Anwesh Ray
Via a novel application of Iwasawa theory, we study Hilbert's tenth problem for number fields occurring in -towers of imaginary quadratic fields . For a odd prime…
Galois representations over function fields that are ramified at one prime
Anwesh Ray
Let be the finite field with elements, and a separable closure of . Set to denote the polynomial ring $\math…
Rank distribution in cubic twist families of elliptic curves
Anwesh Ray, Pratiksha Shingavekar
Let be an integer which is not of the form or for . Let be the elliptic curve with rational -isogeny defined by , and $K…
On Malle's conjecture for the product of symmetric and nilpotent groups
Hrishabh Mishra, Anwesh Ray
Let be a finite nilpotent group and . Consider as a subgroup of , where embeds into the second factor of $…
Rank stability of elliptic curves in certain non-abelian extensions
Siddhi Pathak, Anwesh Ray
Let be an elliptic curve with rank . Fix an odd prime , a positive integer and a finite abelian extension with rank $E(K) =…