activity
20232025
most citedWeighted refined decoupling estimates and application to Falconer distance set problem

1 citations · 2 across the 6 of their papers we have counts for

collaborators

7 papers

math.FA2025

High-low method and -adic Furstenberg set over the plane

Kevin Ren, Jiahe Shen

We establish a -adic analogue of a recent significant result of Ren-Wang (arXiv:2308.08819) on Furstenberg sets in the Euclidean plane. Building on the -adic version of the h…

math.PR2025

Triadic structures in multislice networks

Kevin Ren, Tara Trauthwein, Gesine Reinert

Networks provide a popular representation of complex data. Often, different types of relational measurements are taken on the same subjects. Such data can be represented as a \text…

math.CA2025

Incidence bounds related to circular Furstenberg sets

John Green, Terence L. J. Harris, Yumeng Ou +2

We prove bounds on approximate incidences between families of circles and families of points in the plane. As a consequence, we prove a lower bound for the dimension of circular $(…

math.CA2024

On the projections of almost Ahlfors regular sets

Tuomas Orponen, Kevin Ren

We show that the "sharp Kaufman projection theorem" from 2023 is sharp in the class of Ahlfors -regular sets. This is in contrast with a recent result of the first auth…

math.CA2023★ 1 cited

Weighted refined decoupling estimates and application to Falconer distance set problem

Xiumin Du, Yumeng Ou, Kevin Ren +1

We prove some weighted refined decoupling estimates. As an application, we give an alternative proof of the following result on Falconer's distance set problem by the authors in a…

math.CA2023★ 1 cited

Discretized Radial Projections in

Kevin Ren

We generalize a Furstenberg-type result of Orponen-Shmerkin to higher dimensions, leading to an -improvement in Kaufman's projection theorem for hyperplanes and an unconditional…

math.CA2023

New improvement to Falconer distance set problem in higher dimensions

Xiumin Du, Yumeng Ou, Kevin Ren +1

We show that if a compact set has Hausdorff dimension larger than , where , then there is a point …