2015
DOI: 10.1016/j.physd.2015.05.001
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Partial classification of Lorenz knots: Syllable permutations of torus knots words

Abstract: We define families of aperiodic words associated to Lorenz knots that arise naturally as syllable permutations of symbolic words corresponding to torus knots. An algorithm to construct symbolic words of satellite Lorenz knots is defined. We prove, subject to the validity of a previous conjecture, that Lorenz knots coded by some of these families of words are hyperbolic, by showing that they are neither satellites nor torus knots and making use of Thurston's theorem. Infinite families of hyperbolic Lorenz knots… Show more

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Cited by 5 publications
(7 citation statements)
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“…In [10] we proved the following results: Proposition 1. For each word W in P (p, q), 4 < p < q, distinct from W (p, q), there is at most one torus knot T (p, q ′ ), q ′ < q, with the same braid index and genus as the closure of the braid corresponding to W .…”
Section: Syllable Permutations Of Torus Knots Wordsmentioning
confidence: 76%
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“…In [10] we proved the following results: Proposition 1. For each word W in P (p, q), 4 < p < q, distinct from W (p, q), there is at most one torus knot T (p, q ′ ), q ′ < q, with the same braid index and genus as the closure of the braid corresponding to W .…”
Section: Syllable Permutations Of Torus Knots Wordsmentioning
confidence: 76%
“…In spite of the extensive computational tests indicate that all knots corresponding to pairs (X, Y ) * S for any Farey pair (X, Y ) are indeed hyperbolic, the results from [10] only allow us to demonstrate this for the following families.…”
Section: For Anymentioning
confidence: 91%
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“…It would be useful to classify all satellite, torus, and hyperbolic Lorenz knots. In terms of hyperbolic Lorenz knots, some work has been done to identify families by Gomes, Franco and Silva [9,10]. However, these results assume Morton's conjecture holds, so the status of this work is unclear.…”
Section: Introductionmentioning
confidence: 99%