activity
20062020
most citedThe Neron-Tate pairing and elliptic K3 surfaces

4 citations · 6 across the 6 of their papers we have counts for

collaborators

8 papers

math.MG2020

A game of packings

Arthur Baragar, Daniel Lautzenheiser

In this note, we investigate an infinite one parameter family of circle packings, each with a set of three mutually tangent circles. We use these to generate an infinite set of cir…

math.AG2020

Enriques surfaces and an Apollonian packing in eight dimensions

Arthur Baragar

We call a packing of hyperspheres in dimensions an Apollonian sphere packing if the spheres intersect tangentially or not at all; they fill the -dimensional space; and every…

math.GR2019

Apollonian packings in seven and eight dimensions

Arthur Baragar

In an earlier work, we proposed a generalization for the Apollonian packing in arbitrary dimensions and showed that the resulting object in four, five, and six dimensions have prop…

math.AG2017★ 2 cited

The Apollonian circle packing and ample cones for K3 surfaces

Arthur Baragar

In an earlier work, we gave an Apollonian-like pictorial representation for the ample cone for a class of K3 surfaces. This raises a natural question: Does the Apollonian packing i…

math.AG2017★ 4 cited

The Neron-Tate pairing and elliptic K3 surfaces

Arthur Baragar

In this paper, we demonstrate a connection between the group structure and Neron-Tate pairing on elliptic curves in an elliptic fibration with section on a K3 surface, and the stru…

math.HO2017

Efficiently constructing tangent circles

Arthur Baragar, Alex Kontorovich

Our goal is to present, in what we believe is the most efficient way possible, a construction of four mutually tangent circles.