We develop a novel decomposition of the monomials in order to study the
set of monomial convergence for spaces of holomorphic functions over
for
. For
,
the space of entire functions of bounded type in
, we prove that
is exactly the Marcinkiewicz
sequence space
,
where the symbol
is given by
for
.
For the space of
-homogeneous
polynomials on
, we prove that
the set of monomial convergence
contains the sequence space
,
where
. Moreover, we
show that for any
, the
Lorentz sequence space
lies in
, provided
that
is large
enough. We apply our results to make an advance in the description of the set of monomial
convergence of
(the space of bounded holomorphic functions on the unit ball of
).
As a byproduct we close the gap on certain estimates related to the
mixed
unconditionality constant for spaces of polynomials over classical sequence spaces.
Keywords
holomorphic function, homogeneous polynomial, monomial
convergence, Banach sequence space
Departamento de Matemática
Facultad de Cs. Exactas y Naturales
Universidad de Buenos Aires and IMAS-CONICET
Ciudad Universitaria
Buenos Aires
Argentina
Departamento de Matemática
Facultad de Cs. Exactas y Naturales
Universidad de Buenos Aires and IMAS-CONICET
Ciudad Universitaria
Buenos Aires
Argentina