
TL;DR
This paper develops new categories of array-weighted sets to construct universal matrix-normed spaces and algebras, enabling the proof of free products for matrix-normed algebras via algebraic methods.
Contribution
It introduces two categories of array-weighted sets and constructs universal matrix-normed spaces and algebras with a universal property similar to free vector spaces.
Findings
Established universal properties for matrix-normed spaces and algebras.
Proved the existence of free products for matrix-normed algebras.
Provided algebraic constructions for these universal objects.
Abstract
This work creates two categories of "array-weighted sets" for the purposes of constructing universal matrix-normed spaces and algebras. These universal objects have the analogous universal property to the free vector space, lifting maps completely bounded on a generation set to a completely bounded linear map of the matrix-normed space. Moreover, the universal matrix-normed algebra is used to prove the existence of a free product for matrix-normed algebras using algebraic methods.
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