activity
20172026
most citedA tail cone version of the Halpern-Läuchli theorem at a large cardinal

10 citations · 20 across the 12 of their papers we have counts for

collaborators

13 papers

math.LO2026

A non-trivially non-trivial automorphism at an inaccessible cardinal

Márk Poór, Jing Zhang

We show that, relative to the existence of an inaccessible cardinal, it is consistent that for an inaccessible cardinal , there is a non-trivial automorphism of $\mathcal{P}(κ)/…

math.LO2026

A Topological Rainbow Ramsey Theorem

Hannes Jakob, Jing Zhang

We show that it is consistent relative to the existence of suitable large cardinals that for any countable-to-one coloring , there exists a closed subset $A\subs…

math.LO2023

Transferring Compactness

Tom Benhamou, Jing Zhang

We demonstrate that the technology of Radin forcing can be used to transfer compactness properties at a weakly inaccessible but not strong limit cardinal to a strongly inaccessible…

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

Compactness and Guessing Principles in the Radin Extensions

Omer Ben-Neria, Jing Zhang

We investigate the interaction between compactness principles and guessing principles in the Radin forcing extensions. In particular, we show that in any Radin forcing extension wi…

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★ 1 cited

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.LO2020★ 7 cited

Transformations of the transfinite plane

Assaf Rinot, Jing Zhang

We study the existence of transformations of the transfinite plane that allow one to reduce Ramsey-theoretic statements concerning uncountable Abelian groups into classical partiti…

math.LO2020★ 1 cited

Reflection principles, GCH and the uniformization properties

Jing Zhang

Reflection principles (or dually speaking, compactness principles) often give rise to combinatorial guessing principles. Uniformization properties, on the other hand, are examples…

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★ 1 cited

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…

math.LO2017★ 10 cited

A tail cone version of the Halpern-Läuchli theorem at a large cardinal

Jing Zhang

The classical Halpern-Läuchli theorem states that for any finite coloring of a finite product of finitely branching perfect trees of height , there exist strong subtrees sharing…