Geometry of biperiodic alternating links
arXiv:1802.05343 · doi:10.1112/jlms.12195
Abstract
A biperiodic alternating link has an alternating quotient link in the thickened torus. In this paper, we focus on semi-regular links, a class of biperiodic alternating links whose hyperbolic structure can be immediately determined from a corresponding Euclidean tiling. Consequently, we determine the exact volumes of semi-regular links. We relate their commensurability and arithmeticity to the corresponding tiling, and assuming a conjecture of Milnor, we show there exist infinitely many pairwise incommensurable semi-regular links with the same invariant trace field. We show that only two semi-regular links have totally geodesic checkerboard surfaces; these two links satisfy the Volume Density Conjecture. Finally, we give conditions implying that many additional biperiodic alternating links are hyperbolic and admit a positively oriented, unimodular geometric triangulation. We also provide sharp upper and lower volume bounds for these links.
25 pages, 15 figures. V2: Minor changes. Added reference, fixed typos, and clarified proof of Theorem 5.1
References in corpus (5)
Cited by in corpus (17)
- Right-angled polyhedra and alternating links
- Arithmeticity and Hidden Symmetries of Fully Augmented Pretzel Link Complements
- Hyperbolicity of Augmented Links in the Thickened Torus
- Mahler Measure and the Vol-Det Conjecture
- Fully Augmented Links in the Thickened Torus
- On the geometry of rod packings in the 3-torus
- Universality in minor-closed graph classes
- TG-Hyperbolicity of Virtual Links
- Alternating links with totally geodesic checkerboard surfaces
- Alternating links on surfaces and volume bounds
- A volumish theorem for alternating virtual links
- A geometric classification of rod complements in the 3-torus
- Cusp Volumes of Alternating Knots on Surfaces
- Infinitely many virtual geometric triangulations
- Degeneration of 3-dimensional hyperbolic cone structures with decreasing cone angles
- A Quantum Invariant of Links in with Volume Conjecture Behavior
- Examples of homological torsion and volume growth