Interpolation in Species and a Lift of the Hopf Algebra of r-Quasisymmetric Functions
Aaron Lauve, Anthony Lazzeroni

TL;DR
This paper extends the theory of r-quasisymmetric functions into Hopf monoids, introducing a method to interpolate between different types of Hopf monoids, enriching the algebraic framework.
Contribution
It presents a novel approach to lift r-quasisymmetric functions to Hopf monoids and introduces a general interpolation method between key Hopf monoids.
Findings
Developed a lifting method for r-quasisymmetric functions to Hopf monoids
Provided a general interpolation technique between free monoid and free commutative monoid Hopf structures
Enhanced the algebraic understanding of Hopf monoids in combinatorics
Abstract
In this manuscript we lift the theory of r-quasisymmetric functions to the theory of Hopf monoids. We provide a general method of interpolating between two Hopf monoids, one being the free monoid on a positive comonoid and the other being the free commutative monoid on a positive comonoid.
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Taxonomy
TopicsHomotopy and Cohomology in Algebraic Topology · Advanced Combinatorial Mathematics · Geometric and Algebraic Topology
