activity
20122017
most citedSlicing the stars: counting algebraic numbers, integers, and units by degree and height

11 citations · 24 across the 5 of their papers we have counts for

collaborators

6 papers

math.NT2017★ 4 cited

Remarks on Rémond's generalized Lehmer problems

Robert Grizzard

We draw connections between the various conjectures which are included in G. Rémond's generalized Lehmer problems. Specifically, we show that the degree one form of his conjecture…

math.NT2017

Multiplicative approximation by the Weil height

Robert Grizzard, Jeffrey D. Vaaler

Let be an algebraic extension of fields, and let be contained in an algebraic closure of . If can be approximated by roots of numbers in $K^{\times…

math.NT2016★ 11 cited

Slicing the stars: counting algebraic numbers, integers, and units by degree and height

Robert Grizzard, Joseph Gunther

Masser and Vaaler have given an asymptotic formula for the number of algebraic numbers of given degree and increasing height. This problem was solved by counting lattice points…

math.NT2014★ 4 cited

Small points and free abelian groups

Robert Grizzard, Philipp Habegger, Lukas Pottmeyer

Let be an algebraic extension of the rational numbers and an elliptic curve defined over some number field contained in . The absolute logarithmic Weil height, respectiv…

math.NT2013★ 2 cited

Relative Bogomolov extensions

Robert Grizzard

An algebraic extension K of the rationals has the Bogomolov property if the absolute logarithmic height of non-torsion points of K* is bounded away from 0. We define a relative ext…

math.NT2012★ 3 cited

On the compositum of all degree d extensions of a number field

Itamar Gal, Robert Grizzard

Let k be a number field, and denote by k^[d] the compositum of all degree d extensions of k in a fixed algebraic closure. We first consider the question of whether all algebraic ex…