Proving dualities for qMZVs with connected sums
Benjamin Brindle

TL;DR
This paper introduces a novel approach using connected sums to prove dualities in qMZVs, simultaneously establishing dualities for multiple models and deriving important relations like the shuffle product and q-Ohno relations.
Contribution
It applies connected sums to prove dualities for Schlesinger-Zudilin and Bradley-Zhao models of qMZVs simultaneously, unifying several important results.
Findings
Duality for Schlesinger-Zudilin and Bradley-Zhao qMZV models proved.
Duality for MZVs derived from the qMZV dualities.
q-Ohno relations established as a generalization of Bradley-Zhao duality.
Abstract
This paper gives a new application of so-called connected sums, introduced recently by Seki and Yamamoto. Special about our approach is that it proves a duality for the Schlesinger-Zudilin and the Bradley-Zhao model of qMZVs simultaneously. The latter implies the duality for MZVs and the former can be used to prove the shuffle product formula for MZVs. Furthermore, the -Ohno relations, a generalization of Bradley-Zhao duality, is also obtained.
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Taxonomy
TopicsAdvanced Mathematical Identities · Advanced Combinatorial Mathematics · semigroups and automata theory
