New groups and invariants of classical braids valued in $G_{n}^{2}$
Vassily Olegovich Manturov

TL;DR
This paper introduces new groups and invariants for classical braids using $G_{n}^{2}$ groups, simplifying the structure and solving the identity problem, thus advancing braid theory.
Contribution
It constructs novel braid invariants valued in $G_{N}^{2}$ groups and demonstrates the simplified structure and solvability of the identity problem in these groups.
Findings
Invariants valued in $G_{N}^{2}$ groups are constructed.
The structure of $G_{n}^{2}$ groups is simpler than $G_{n}^{3}$.
The identity problem in $G_{n}^{2}$ groups is solved.
Abstract
The aim of the present note is to enhance groups and to construct new invariants of classical braids. In particular, we construct invariants valued in groups. In groups , the identity problem is solved, besides, their structure is much simpler than that of . I am grateful to Huyue Yan for pointing out a small mistake in the previous version.
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Taxonomy
TopicsGeometric and Algebraic Topology · Advanced Operator Algebra Research · Finite Group Theory Research
