Seifert fibered surgeries on strongly invertible knots without primitive/Seifert positions
Mario Eudave-Munoz, Edgar Jasso, Katura Miyazaki, Kimihiko Motegi

TL;DR
This paper constructs an infinite family of Seifert fibered surgeries on strongly invertible knots that lack primitive/Seifert positions, expanding understanding of knot surgeries beyond known configurations.
Contribution
It introduces a new family of knots obtained via twists on seiferters, demonstrating they do not admit primitive/Seifert positions, unlike previously studied cases.
Findings
Infinite family of such knots constructed
These knots are derived from trefoil knots with specific twists
They lack primitive/Seifert positions, contrary to common cases
Abstract
We find an infinite family of Seifert fibered surgeries on strongly invertible knots which do not have primitive/Seifert positions. Each member of the family is obtained from a trefoil knot after alternate twists along a pair of seiferters for a Seifert fibered surgery on a trefoil knot.
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Taxonomy
TopicsGeometric and Algebraic Topology · semigroups and automata theory · Connective tissue disorders research
