The bridge index and the braid index for twist positive knots
Keisuke Himeno

TL;DR
This paper proves that for twist positive knots, the bridge index equals the braid index, using knot Floer torsion order, addressing a conjecture related to these knot invariants.
Contribution
It establishes the equality of bridge and braid indices for twist positive knots, advancing understanding of their relationship and providing a proof for a specific class of knots.
Findings
Bridge index equals braid index for twist positive knots
Uses knot Floer torsion order to prove the result
Addresses a conjecture by Krishna and Morton
Abstract
In general, the bridge index of a knot is less than or equal to its braid index. A natural question is when these two values coincide. Motivated by a conjecture of Krishna and Morton, we prove that the bridge index and the braid index coincide for all twist positive knots, using the knot Floer torsion order. Here, a twist positive knot is a knot that admits a positive braid representative containing at least one full twist.
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Taxonomy
TopicsGeometric and Algebraic Topology · Connective tissue disorders research · Homotopy and Cohomology in Algebraic Topology
