Publication: Singularity of the spectrum for smooth area-preserving flows in genus two and translation surfaces well approximated by cylinders
Singularity of the spectrum for smooth area-preserving flows in genus two and translation surfaces well approximated by cylinders
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Chaika, J., Frączek, K., Kanigowski, A., & Ulcigrai, C. (2021). Singularity of the spectrum for smooth area-preserving flows in genus two and translation surfaces well approximated by cylinders. Communications in Mathematical Physics, 381, 1369–1407. https://doi.org/10.1007/s00220-020-03895-x
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We consider smooth flows preserving a smooth invariant measure, or, equivalently, locally Hamiltonian flows on compact orientable surfaces and show that, when the genus of the surface is two, almost every such locally Hamiltonian flow with two non-degenerate isomorphic saddles has singular spectrum. More in general, singularity of the spectrum holds for special flows over a full measure set of interval exchange transformations with a hyperelliptic permutation (of any number of exchanged intervals), under a roof with symmetric logarith
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Chaika, J., Frączek, K., Kanigowski, A., & Ulcigrai, C. (2021). Singularity of the spectrum for smooth area-preserving flows in genus two and translation surfaces well approximated by cylinders. Communications in Mathematical Physics, 381, 1369–1407. https://doi.org/10.1007/s00220-020-03895-x