activity
20212026
most citedThe Generalized Bergman Game

1 citations · 1 across the 7 of their papers we have counts for

collaborators

7 papers

math.GT2026

Homological Nielsen realization for the manifolds

Ethan Pesikoff

Given a smooth, oriented, simply-connected -manifold , the homological Nielsen realization problem asks: when does a finite group of isometries p…

math.CO2022

The maximum hook length of -distinct simultaneous core partitions

Ethan Pesikoff, Benjamin Przybocki, Janabel Xia

We exactly determine the maximum possible hook length of -core partitions with -distinct parts when there are finitely many such partitions. Moreover, we provide an algor…

cs.CG2022

Distinct Angles in General Position

Henry L. Fleischmann, Sergei V. Konyagin, Steven J. Miller +3

The Erdős distinct distance problem is a ubiquitous problem in discrete geometry. Somewhat less well known is Erdős' distinct angle problem, the problem of finding the minimum numb…

math.CO2021

Irreducibility over the Max-Min Semiring

Benjamin Baily, Justine Dell, Henry L. Fleischmann +4

For sets , their sumset is . If we cannot write a set as with , then we say that is $\tex…

math.NT2021★ 1 cited

The Generalized Bergman Game

Benjamin Baily, Justine Dell, Irfan Durmić +8

Every positive integer may be written uniquely as a base- decomposition--that is a legal sum of powers of --where is the dominating root of a non-increasing positive line…

math.CO2021

Distinct Angle Problems and Variants

Henry L. Fleischmann, Hongyi B. Hu, Faye Jackson +4

The Erdős distinct distance problem is a ubiquitous problem in discrete geometry. Less well known is Erdős' distinct angle problem, the problem of finding the minimum number of dis…

math.CO2021

Optimal Point Sets Determining Few Distinct Angles

Henry L. Fleischmann, Steven J. Miller, Eyvindur A. Palsson +2

We characterize the largest point sets in the plane which define at most 1, 2, and 3 angles. For the largest size of a point set admitting at most angles, we prove $P(2)…