Basmajian–Hakobyan–Pandazis–Šarić strong Kahn–Marković conjecture

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Let X({ℓn},{tn})X(\{\ell_n\},\{t_n\}) be a flute surface whose cuff lengths form a non-decreasing sequence {ℓn}\{\ell_n\}, and let each twist parameter satisfy tn∈{0,1/2}t_n\in\{0,1/2\}. Strong Kahn–Marković conjecture. For every non-decreasing sequence of lengths {ℓn}\{\ell_n\}, there is a choice of twists tn∈{0,1/2}t_n\in\{0,1/2\} such that X({ℓn},{tn})X(\{\ell_n\},\{t_n\}) is parabolic. Since parabolicity is equivalent here to ergodicity of the geodesic flow on the unit tangent bundle, this is a stronger version of the Kahn–Marković conjecture; the supplied text gives no resolution.

References

Primary source

Hrant Hakobyan, Michael Pandazis and Dragomir Saric, “Inducing recurrent flows by twisting on infinite surfaces with unbounded cuffs”, arXiv:2410.10057 (2024).

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