activity
20212026
collaborators

7 papers

math.CA2026

On the proof of Falconer distance conjecture

Kotaro Inami, Jianbin Li, Yudong Liang +2

We are able to catch the main idea from OpenAI's recent release and present a proof of Falconer distance conjecture in our own words. Arguments are judiciously simplified and caref…

math.CA2026

On volume vectors determined by hypergraphs in thin subsets of Euclidean space

Tainara Borges, Ben Foster, Yumeng Ou +2

Generalizing the Falconer distance problem, the authors of this paper recently established the first non-trivial dimensional threshold for any distance graph in high enough of a di…

math.CA2026

Falconer-type results for any finite graph with multiple pins

Tainara Borges, Ben Foster, Yumeng Ou +2

A generalization of the celebrated Falconer distance problem asks for a graph , with vertex set and edge set , how large the…

q-bio.NC2022

Quantifying Extrinsic Curvature in Neural Manifolds

Francisco Acosta, Sophia Sanborn, Khanh Dao Duc +2

The neural manifold hypothesis postulates that the activity of a neural population forms a low-dimensional manifold whose structure reflects that of the encoded task variables. In…

math.CO2022

VC-Dimension and Distance Chains in

Ruben Ascoli, Livia Betti, Justin Cheigh +8

Given a domain and a collection of functions , the Vapnik-Chervonenkis (VC) dimension of measures its complexity in an appropriate s…

cs.CG2022

Distinct Angles and Angle Chains in Three Dimensions

Ruben Ascoli, Livia Betti, Jacob Lehmann Duke +6

In 1946, Erdős posed the distinct distance problem, which seeks to find the minimum number of distinct distances between pairs of points selected from any configuration of poin…

math.CA2021

A Mattila-Sjölin theorem for triangles

Eyvindur Ari Palsson, Francisco Romero Acosta

We show for a compact set , , that if the Hausdorff dimension of is larger than , then the set of congruence classes of triang…