activity
20182022
collaborators

6 papers

math.LO2022

Approximating diamond principles on products at an inaccessible cardinal

Omer Ben-Neria, Jing Zhang

We isolate \emph{the approximating diamond principles}, which are consequences of the diamond principle at an inaccessible cardinal. We use these principles to find new methods for…

math.LO2022

Complicated colorings, revisited

Assaf Rinot, Jing Zhang

In a paper from 1997, Shelah asked whether holds for every inaccessible cardinal . Here, we prove that an affirmative answer follows from . F…

math.LO2021

Strongest transformations

Assaf Rinot, Jing Zhang

We continue our study of maps transforming high-dimensional complicated objects into squares of stationary sets. Previously, we proved that many such transformations exist in ZFC,…

math.LO2020

Stationary and Closed Rainbow subsets

Shimon Garti, Jing Zhang

We study the structured rainbow Ramsey theory at uncountable cardinals. When compared to the usual rainbow Ramsey theory, the variation focuses on finding a rainbow subset that not…

math.LO2018

Monochromatic Sumset Without the use of large cardinals

Jing Zhang

We show in this note that in the forcing extension by , the following Ramsey property holds: for any and any , there exists an infinite…

math.LO2018

Some remarks on uncountable rainbow Ramsey theory

Jing Zhang

We discuss the rainbow Ramsey theorems at limit cardinals and successors of singular cardinals, addressing some questions in \cite{MR2354904} and \cite{MR2902230}. In particular, w…