Sharp matrix weighted strong type inequalities for the dyadic square function
Joshua Isralowitz
Abstract
Open-access reader
Joshua Isralowitz
Abstract
Open-access reader
In this paper we refine the recent sparse domination of the integrated $p = 2$ matrix weighted dyadic square function by T. Hytonen, S. Petermichl, and A. Volberg to prove a pointwise sparse domination of general matrix weighted dyadic square functions. We then use this to prove sharp two matrix weighted strong type inequalities for matrix weighted dyadic square functions when $1 < p \leq 2$.
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In this paper we refine the recent sparse domination of the integrated $p = 2$ matrix weighted dyadic square function by T. Hytonen, S. Petermichl, and A. Volberg to prove a pointwise sparse domination of general matrix weighted dyadic square functions. We then use this to prove sharp two matrix weighted strong type inequalities for matrix weighted dyadic square functions when $1 < p \leq 2$.
Key concepts: Mathematics, Pointwise, Square matrix, Square (algebra), Matrix (chemical analysis), Matrix function, Square root of a 2 by 2 matrix, Inequality