activity
20242026
collaborators

7 papers

math.CO2026

New Records for the Hadamard Maximal Determinant Problem

Giorgi Butbaia, Pragatheeswaran Vipulanandan, Justin Tan +6

The Hadamard maximal determinant problem seeks an matrix with entries in , which maximizes the determinant for a given order $n \in…

math.NT2026

The Mathieu group is a Galois group over

Xiaoyu Huang, Blake Jackson, Kyu-Hwan Lee +3

Researchers studying the inverse Galois problem realized 25 of the 26 sporadic finite simple groups as Galois groups over during 1984-1989. We complete this program by…

math.NT2026

Decision trees, Frobenius traces, and Weierstrass coefficients of elliptic curves

Barinder S. Banwait, Xiaoyu Huang, Kyu-Hwan Lee +3

We investigate the extent to which the coefficients of the reduced minimal Weierstrass model of an elliptic curve are determined by the Diric…

cs.LG2026

Discovering a Zeta Map Algorithm on Dyck Paths via Mechanistic Interpretability

Xiaoyu Huang, Blake Jackson, Kyu-Hwan Lee

Machine learning is increasingly used in mathematical discovery, but in mathematics the desired output is often not a prediction itself, but an explicit construction that can be ch…

math.NT2026

On the Identification of Elliptic Curves That Admit Infinitely Many Twists Satisfying the Birch-Swinnerton-Dyer Conjecture

Barinder S. Banwait, Xiaoyu Huang

Recent work of Burungale-Skinner-Tian-Wan established the first infinite families of quadratic twists of non-CM elliptic curves over for which the strong Birch-Swinner…

math.NT2025

Learning Euler Factors of Elliptic Curves

Angelica Babei, François Charton, Edgar Costa +5

We apply transformer models and feedforward neural networks to predict Frobenius traces from elliptic curves given other traces . We train further models to predict $a_p…

math.NT2024

Machine Learning Approaches to the Shafarevich-Tate Group of Elliptic Curves

Angelica Babei, Barinder S. Banwait, AJ Fong +2

We train machine learning models to predict the order of the Shafarevich-Tate group of an elliptic curve over . Building on earlier work of He, Lee, and Oliver, we show…