activity
20242026
collaborators

8 papers

math.CV2026

A Full Characterization of the Dirichlet Carleson embedding for

Bingyang Hu, Xiaojing Zhou

In this paper, we obtain a full characterization of the finite positive Borel measures on for which the embedding $$ \operatorname{id}:\mathcal D_{p-1}^p\longrighta…

math.CV2026

A Counterexample to the Liu--Lou--Zhu --Carleson Embedding Conjecture

Bingyang Hu, Jie Xiao, Xiaojing Zhou

In this paper, we disprove a conjecture of Liu, Lou, and Zhu concerning Carleson embeddings of spaces into tent spaces for . More precisely, we construct a fi…

math.CV2026

On the holomorphic differential operator

Bingyang Hu, Shuaibing Luo, Jie Xiao +1

In this paper, we obtain non-testing characterizations, in terms of dyadic capacity gauges, of the boundedness and compactness of the differentiation operator $$ \frac{d}{dz}:Q_K\l…

math.CV2026

On the growth of Bloch functions

Bingyang Hu, Jie Xiao, Xiaojing Zhou

We prove that there exist two Bloch functions and on such that th…

math.CV2026

The --Bloch--Carleson measure problem for : A complete characterization via Carleson tents

Bingyang Hu, Xiaojing Zhou

We characterize the boundedness and compactness of the embedding where denotes the Bloch s…

math.CV2026

A non-testing characterization of bounded and compact composition operators on spaces

Bingyang Hu, Xiaojing Zhou

In this paper, we give symbol-only, non-testing characterizations of bounded and compact composition operators on , , via a novel dyadic trace formulation o…

math.CA2025

From Complex-Analytic Models to Dyadic Methods: A Real-Variable Approach to Hypersingular Operators

Bingyang Hu, Xiaojing Zhou

Motivated by the work of Cheng-Fang-Wang-Yu on the hypersingular Bergman projection, we develop a real-variable framework for hypersingular operators in regimes where strong-type b…

math.CV2024

Near-endpoints Carleson Embedding of and into tent spaces

Bingyang Hu, Xiaojing Zhou

This paper aims to study the and Carleson embedding problems near endpoints. We first show that for , is an -Carleson measure if and…