
TL;DR
This paper develops an axiomatic framework for defining point-derivatives in noncommutative algebras, extending classical calculus rules like the chain rule and Clairaut's theorem to this noncommutative setting.
Contribution
It introduces the axiomatic definition of noncommutative point-derivatives and generalizes fundamental calculus rules to noncommutative algebras.
Findings
Axiomatic definition of noncommutative point-derivatives
Extension of chain rule to noncommutative context
Extension of Clairaut's theorem to noncommutative context
Abstract
We introduce the axiomatic definition of the point-derivative for noncommutative algebras and present the counterparts of the ordinary multi-variable chain rule and Clairaut's Theorem in the context of partial point-derivatives.
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Taxonomy
TopicsAdvanced Topics in Algebra · Advanced Algebra and Logic · Algebraic structures and combinatorial models
