Quantum Topology
Technion – Israel Institute of Technology
Abstract
It is well known that any two diagrams representing the same oriented link are related by a finite sequence of Reidemeister moves O1, O2 and O3. Depending on orientations of fragments involved in the moves, one may distinguish 4 different versions of each of the O1 and O2 moves, and 8 versions of the O3 move. We introduce a minimal generating set of four oriented Reidemeister moves, which includes two O1 moves, one O2 move, and one O3 move. We then study which other sets of up to 5 oriented moves generate all moves, and show that only few of them do. Some commonly considered sets are shown not to be generating. An unexpected non-equivalence of different O3 moves is discussed.
Citation impact
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- References
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Authors
1- PMPolyak, MichaelCorresponding
Technion – Israel Institute of Technology
Topics & keywords
- Mathematics
- Set (abstract data type)
- Topology (electrical circuits)
- Equivalence (formal languages)
- Sequence (biology)
- Pure mathematics
- Computer science
- Combinatorics