Continuity of topological entropy for partially hyperbolic diffeomorphisms with one-dimensional center

Let MM be a compact manifold, and let ff be a C1C^1 partially hyperbolic diffeomorphism of MM with a decomposition TM=EsEcEuTM=E^s\oplus E^c\oplus E^u into invariant continuous sub-bundles, where EcE^c has dimension one. Continuity conjecture. The topological entropy is continuous on the space of C1C^1 partially hyperbolic diffeomorphisms with the dimension of the center equal to one. Uniformly hyperbolic diffeomorphisms have locally constant topological entropy, whereas continuity is known to fail in some examples with two-dimensional center; the one-dimensional-center case remains the focus of this conjecture.

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Primary source

Radu Saghin and Jiagang Yang, “Continuity of topological entropy for perturbations of time-one maps of hyperbolic flows”, arXiv:1503.03926 (2015).

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