Abstract framework for John Nirenberg inequalities and applications to Hardy spaces
Frederic Bernicot (LPP), Jiman Zhao (BNU)

TL;DR
This paper develops an abstract framework for John-Nirenberg inequalities related to BMO-type spaces, enabling the recovery of known inequalities and applications to atomic Hardy spaces.
Contribution
It introduces a general abstract framework for John-Nirenberg inequalities that unifies and extends previous results in Hardy space theory.
Findings
Recovered several known John-Nirenberg inequalities
Provided new applications to atomic Hardy spaces
Extended the theoretical understanding of BMO-type spaces
Abstract
In this paper, we develop an abstract framework for John-Nirenberg inequalities associated to BMO-type spaces. This work can be seen as the sequel of [5], where the authors introduced a very general framework for atomic and molecular Hardy spaces. Moreover, we show that our assumptions allow us to recover some already known John-Nirenberg inequalities. We give applications to the atomic Hardy spaces too.
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Taxonomy
TopicsAdvanced Harmonic Analysis Research · Nonlinear Partial Differential Equations · Advanced Mathematical Physics Problems
